Difference between revisions of "Moller Polarimeter/Qweak"

From PolWiki
Jump to: navigation, search
m (Moller measurement summaries)
(Moller measurement summaries (Run I))
 
(48 intermediate revisions by 3 users not shown)
Line 3: Line 3:
  
 
==Preliminary results==
 
==Preliminary results==
 +
'''Measurements for Run 2'''
  
'''Measurements for 2011'''
+
Data points can be found in /group/qweak/gaskelld/kumac/qweak_by_day_run2.dat
 +
 
 +
 
 +
[[Image:Moller_april6.png]]
 +
 
 +
 
 +
'''Measurements for 2011 (Run 1)'''
  
 
Data points can be found in /group/qweak/gaskelld/kumac/qweak_by_day_2011.dat
 
Data points can be found in /group/qweak/gaskelld/kumac/qweak_by_day_2011.dat
  
[[Image:qweak_pol_2011_april29.png]]
+
[[Image:qweak_pol_2011_may13.png]]
  
Last updated April 29, 2011
+
Last updated May 13, 2011
  
'''Measurements for 2010'''
+
'''Measurements for 2010 (Run 1)'''
  
 
Note: Measurement on "Day 39" low due to likely hardware issue.
 
Note: Measurement on "Day 39" low due to likely hardware issue.
Line 24: Line 31:
 
[[Image:Moller_plot_jan30_2011.png]]
 
[[Image:Moller_plot_jan30_2011.png]]
  
==Moller measurement summaries==
+
==Moller measurement summaries (Run II)==
 +
This is the "Cliff notes section on Moller polarimetry runs during the 2nd half of Qweak running. Note: Only one measurement was taken in April due to the 3 GeV running.
 +
 
 +
<b>May 10, 2012</b> Position scan. HV increased for the left detector between run 1890 and 1891. [https://hallcweb.jlab.org/hclog/1205_archive/120510190535.html hclog runlist] [https://hallcweb.jlab.org/hclog/1205_archive/120510104038.html initial measurement] [https://hallcweb.jlab.org/hclog/1205_archive/120510143127.html HV hclog]<br>
 +
<b>May 5, 2012</b> Moller-Compton part Deux. [https://hallcweb.jlab.org/hclog/1205_archive/120505063900.html current scan part 1/2] [https://hallcweb.jlab.org/hclog/1205_archive/120505060900.html hclog summary]<br>
 +
<b>May 4, 2012</b> Moller-Compton calibration Part 1. [https://hallcweb.jlab.org/hclog/1205_archive/120504160920.html beam current scan] [https://hallcweb.jlab.org/hclog/1205_archive/120505052017.html hclog summary]<br>
 +
<b>April 6, 2012</b> Standard measurement. [https://hallcweb.jlab.org/hclog/1204_archive/120406112348.html hclog]<br>
 +
<b>March 30, 2012</b> Standard measurement - Hall A on. Identified solenoid fan as belly up. [https://hallcweb.jlab.org/hclog/1203_archive/120330114937.html hclog]<br>
 +
<b>March 27, 2012</b> Standard measurement + solenoid ramp down issues [https://hallcweb.jlab.org/hclog/1203_archive/120327110315.html hclog] [https://hallcweb.jlab.org/hclog/1203_archive/120327133716.html solenoid info]<br>
 +
<b>March 20, 2012</b> Standard measurement. [https://hallcweb.jlab.org/hclog/1203_archive/120320113743.html hclog]<br>
 +
<b>March 12, 2012</b> Moller before and after a spot change. (unusual: no apparent reduction in polarization) [https://hallcweb.jlab.org/hclog/1203_archive/120312121043.html pre-spot move] [https://hallcweb.jlab.org/hclog/1203_archive/120312140542.html post-spot move] <br>
 +
<b>March 5, 2012</b> Standard measurement + flip-right spin dance. After large transverse asymmetries, determined a 1% scaling factor was needed in the Wien setting. [https://hallcweb.jlab.org/hclog/1203_archive/120305175525.html hclog] <br>
 +
<b>March 1, 2012</b> Standard measurement - solenoid ramp down problem. [https://hallcweb.jlab.org/hclog/1203_archive/120301134522.html in/out] [https://hallcweb.jlab.org/hclog/1203_archive/120301142813.html out/out] [https://hallcweb.jlab.org/hclog/1203_archive/120301144106.html out/in] [https://hallcweb.jlab.org/hclog/1203_archive/120301153148.html solenoid] <br>
 +
<b>Feb 23, 2012</b> Stanadard measurement. [https://hallcweb.jlab.org/hclog/1202_archive/120223121027.html hclog]<br>
 +
<b>Feb 20, 2012</b> Mini-spin dance: included measurements at nominal horizontal-transverse polarization. Need to link to more hclogs... [https://hallcweb.jlab.org/hclog/1202_archive/120220122056.html spin-dance] [https://hallcweb.jlab.org/hclog/1202_archive/120220134645.html transverse]<br>
 +
<b>Feb 18, 2012</b> Low current BCM calibration [https://qweak.jlab.org/elog/Moller/89 elog]<br>
 +
<b>Feb 12, 2012</b> Moller DAQ migrated to cdaql5. Not a measurement, but important to log. [https://hallcweb.jlab.org/hclog/1202_archive/120212162445.html hclog]<br>
 +
<b>Feb 09, 2012</b> Standard measurement [https://hallcweb.jlab.org/hclog/1202_archive/120209131559.html hclog]<br>
 +
<b>Feb 03, 2012</b> Measurement with a Harp Scan at 3C20 [https://hallcweb.jlab.org/hclog/1202_archive/120203100534.html out/in] [https://hallcweb.jlab.org/hclog/1202_archive/120203103638.html out/out] [https://hallcweb.jlab.org/hclog/1202_archive/120203105433.html in/out] [https://hallcweb.jlab.org/hclog/1202_archive/120203111924.html harp scan]<br>
 +
<b>Jan 20, 2012</b> Moller measurement - used both 1um and 4um targets [https://hallcweb.jlab.org/hclog/1201_archive/120130131849.html hclog summary]<br>
 +
<b>Jan 24, 2012</b> Moller measurement - HODO11 had a gain drop. (HV increased post-measurement 970->1020V) [https://hallcweb.jlab.org/hclog/1201_archive/120124123022.html hclog (HV increase)]
 +
<b>Jan 19, 2012</b> Moller mini-spin dance verifying previous Wien setting. [https://hallcweb.jlab.org/hclog/1201_archive/120119142147.html hclog]<br>
 +
 
 +
<b>Jan 12, 2012</b> Spin-dance. Results don't agree with Grames' prediction, and different optimal Hwein for flip left/right. Go to Vwein=90. [https://hallcweb.jlab.org/hclog/1201_archive/120112235402.html hclog]<br>
 +
<b>Dec 18, 2011</b> Regular measurement, had energy lock off for 1 run. IHWP: in, out, in. [https://hallcweb.jlab.org/hclog/1112_archive/111218153907.html hclog]<br>
 +
<b>Dec 14, 2011</b> Short collimator scan, did both 1 and 2 uA, did IHWP: in, out, in. [https://hallcweb.jlab.org/hclog/1112_archive/111214120840.html hclog]<br>
 +
<b>Dec 7, 2011</b> Moller super-spin dance: 7 wein angles, all with flip left/right settings. [https://hallcweb.jlab.org/hclog/1112_archive/111207195329.html hclog summary] [https://hallcweb.jlab.org/hclog/1112_archive/111208171458.html grames' notes]<br>
 +
<b>Nov 30, 2011</b> Quad current study, collimator scan, and gain matched calorimeters/HV. Also made a full measurement. [https://hallcweb.jlab.org/hclog/1111_archive/111130115112.html hclog1] [https://hallcweb.jlab.org/hclog/1111_archive/111130143912.html tune] [https://hallcweb.jlab.org/hclog/1111_archive/111130143259.html results] [https://hallcweb.jlab.org/hclog/1111_archive/111130173351.html dave's comments]<br>
 +
 
 +
==Table of good Moller runs (Run II)==
 +
This will be a log of all "good" Moller runs; ie, our "production" runs. It will include some detailed notes when necessary. Full lists of runs, such as those below for Run I, can be provided upon request. Sometimes there is a short delay before this is updated. if you'd like to see a full up-to-date runlist, contact Josh Magee/Rakitha Beminiwattha (magee@jlab.org/rakithab@jlab.org).
 +
 
 +
<pre>
 +
Date Run Pol (%) Error (%) Hwien HW RHWP Energy(MeV)    Comment
 +
11/30/11
 +
1266 87.07 0.51 0 0 6479 1157.17 Production IHWP IN
 +
1267 87.44 0.71 0 0 6479 1157.25 Production IHWP IN
 +
1268 87.60 0.68 0 0 6479 1157.28 Production IHWP IN
 +
1269 -87.33 0.67 0 1 350 1157.03 Production IHWP OUT
 +
1270 -88.14 0.70 0 1 350 1157.18 Production IHWP OUT
 +
1271 -87.63 0.70 0 1 350 1157.17 Production IHWP OUT
 +
 
 +
Date Run Pol (%) Error (%) Hwien HW RHWP Energy(MeV)    Comment
 +
12/07/11
 +
1277 87.30 0.56 0 0 6479 1158.05 Flip right: hwien=0.0; IHWP IN
 +
1278 88.20 0.60 0 0 6479 1157.94 Flip right: hwien=0.0; IHWP IN
 +
1279 0.00 0.00 0 0 6479 1157.52 Leakage check, no beam
 +
1280 -88.17 0.56 0 0 6479 1157.61 Flip left (phi:-92.037): {hwien=0.0;} IHWP IN
 +
1281 -87.65 0.68 0 0 6479 1157.75 Flip left (phi:-92.037): {hwien=0.0;} IHWP IN
 +
1282 -87.16 0.66 0 0 6479 1157.68 Flip left (phi:-92.037): {hwien=0.0;} IHWP IN
 +
1285 -61.41 0.70 -45 0 6479 1157.64 Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
 +
1286 -61.20 0.68 -45 0 6479 1157.60 Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
 +
1287 -61.64 0.65 -45 0 6479 1157.54 Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
 +
1288 -61.20 0.67 -45 0 6479 1157.59 Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
 +
1289 -60.55 0.77 -45 0 6479 1157.58 Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
 +
1290 65.79 0.94 -45 0 6479 1157.56 Flip right (phi:88.172): {hwien=-45.0;} IHWP IN
 +
1291 65.90 0.78 -45 0 6479 1157.79 Flip right (phi:88.172): {hwien=-45.0;} IHWP IN
 +
1292 64.93 0.54 -45 0 6479 1157.80 Flip right (phi:88.172): {hwien=-45.0;} IHWP IN
 +
1293 65.39 0.50 -45 0 6479 1157.99 Flip right (phi:88.172): {hwien=-45.0;} IHWP IN
 +
1295 1.69 0.66 -90 0 6479 1158.06 Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
 +
1296 1.52 0.77 -90 0 6479 1158.06 Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
 +
1297 2.38 0.66 -90 0 6479 1157.87 Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
 +
1298 2.39 0.66 -90 0 6479 1157.87 Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
 +
1299 3.42 0.55 -90 0 6479 1157.90 Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
 +
1300 2.45 0.61 -90 0 6479 1157.99 Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
 +
1301 3.44 0.65 -90 0 6479 1157.91 Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
 +
1302 2.37 1.07 -90 0 6479 1157.84 Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
 +
1303 2.26 0.54 -90 0 6479 1157.95 Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
 +
1304 3.75 0.62 -90 0 6479 1158.00 Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
 +
1305 3.04 0.71 -90 0 6479 1158.01 Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
 +
1306 -29.99 0.70 -70 0 6479 1157.92 Flip left (phi:-92.037): {hwien= -70.0;} IHWP IN
 +
1307 -28.79 0.66 -70 0 6479 1157.94 Flip left (phi:-92.037): {hwien= -70.0;} IHWP IN
 +
1308 -29.47 0.71 -70 0 6479 1157.99 Flip left (phi:-92.037): {hwien= -70.0;} IHWP IN
 +
1309 34.50 0.65 -70 0 6479 1158.00 Flip right (phi:88.172): {hwien= -70.0;} IHWP IN
 +
1310 34.59 0.72 -70 0 6479 1157.93 Flip right (phi:88.172): {hwien= -70.0;} IHWP IN
 +
1311 34.54 0.70 -70 0 6479 1158.00 Flip right (phi:88.172): {hwien= -70.0;} IHWP IN
 +
1313 0.00 0.00 45 0 6479 1158.08 Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
 +
1314 56.53 0.69 45 0 6479 1158.08 Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
 +
1315 58.40 0.63 45 0 6479 1157.91 Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
 +
1316 57.33 0.68 45 0 6479 1157.89 Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
 +
1317 57.14 1.88 45 0 6479 1157.89 Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
 +
1318 -62.90 0.70 45 0 6479 1157.97 Flip left (phi:-92.037): {hwien= +45.0;} IHWP IN
 +
1319 -62.96 0.69 45 0 6479 1158.03 Flip left (phi:-92.037): {hwien= +45.0;} IHWP IN
 +
1320 -59.85 0.70 45 0 6479 1157.95 Flip left (phi:-92.037): {hwien= +45.0;} IHWP IN
 +
1321 -60.57 0.70 45 0 6479 1157.88 Flip left (phi:-92.037): {hwien= +45.0;} IHWP IN
 +
1323 -28.84 0.70 70 0 6479 1158.01 Flip left (phi:-92.037): {hwien= +70.0;} IHWP IN
 +
1324 -28.36 0.65 70 0 6479 1157.96 Flip left (phi:-92.037): {hwien= +70.0;} IHWP IN
 +
1325 -28.86 0.70 70 0 6479 1157.92 Flip left (phi:-92.037): {hwien= +70.0;} IHWP IN
 +
1327 0.00 0.00 70 0 6479 1158.15 Flip right (phi:88.172): {hwien= +70.0;} IHWP IN
 +
1328 24.88 0.66 70 0 6479 1158.18 Flip right (phi:88.172): {hwien= +70.0;} IHWP IN
 +
1329 22.42 0.70 70 0 6479 1158.24 Flip right (phi:88.172): {hwien= +70.0;} IHWP IN
 +
1330 23.23 0.69 70 0 6479 1158.11 Flip right (phi:88.172): {hwien= +70.0;} IHWP IN
 +
1332 -10.23 0.71 90 0 6479 1158.05 Flip right (phi:88.172): {hwien= +90.0;} IHWP IN
 +
1333 -10.94 0.71 90 0 6479 1158.05 Flip right (phi:88.172): {hwien= +90.0;} IHWP IN
 +
1334 -11.15 0.69 90 0 6479 1158.13 Flip right (phi:88.172): {hwien= +90.0;} IHWP IN
 +
1335 4.97 0.70 90 0 6479 1158.20 Flip left (phi:-92.037): {hwien= +90.0;} IHWP IN
 +
1336 5.82 0.70 90 0 6479 1158.30 Flip left (phi:-92.037): {hwien= +90.0;} IHWP IN
 +
1337 5.03 0.69 90 0 6479 1158.26 Flip left (phi:-92.037): {hwien= +90.0;} IHWP IN
 +
 
 +
Date Run Pol (%) Error (%) Hwien HW RHWP Energy(MeV)    Comment
 +
12/14/11
 +
1342 87.95 0.71 0 1 348 1157.95 Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
 +
1343 88.39 0.75 0 1 348 1157.92 Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
 +
1344 87.62 1.72 0 1 348 1157.98 Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
 +
1345 89.08 0.71 0 1 348 1157.98 Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
 +
1346 87.67 0.66 0 1 348 1157.99 Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
 +
1347 -87.24 0.65 0 0 6478 1157.89 Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
 +
1348 -88.14 0.68 0 0 6478 1157.82 Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
 +
1349 0.00 0.00 0 0 6478 1157.52 Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
 +
1350 -87.22 0.71 0 0 6478 1157.97 Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
 +
1352 -87.20 3.07 0 0 6478 1157.54 @ 2uA: Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
 +
1353 -88.07 1.54 0 0 6478 1157.52 Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
 +
1354 -82.52 6.75 0 0 6478 1157.49 @ 2uA: Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
 +
1355 -87.94 0.85 0 0 6478 1157.47 @ 2uA: Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
 +
1356 -87.19 1.04 0 0 6478 1157.45 @ 2uA: Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
 +
 
 +
Date Run Pol (%) Error (%) Hwien HW RHWP Energy(MeV)    Comment
 +
12/18/11
 +
1360 -87.57 0.69 0 0 6478 1157.28 @ 1uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
1361 0.00 0.00 0 0 6478 1157.52 Laser off: Hall A at 0.2 uA Moller run @ 1uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
1362 -86.59 0.72 0 0 6478 1156.69 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
1363 -86.93 0.74 0 0 6478 1156.72 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
1364 -88.36 0.67 0 0 6478 1156.67 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
1365 88.37 0.67 0 1 349 1157.02 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
 +
1366 89.17 0.71 0 1 349 1156.70 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
 +
1367 88.78 0.69 0 1 349 1156.67 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
 +
1368 88.45 0.72 0 1 349 1156.56 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
 +
1369 0.00 0.00 0 1 349 1156.63 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
 +
1370 -89.37 0.69 0 0 6478 1157.26 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
1371 -88.13 0.67 0 0 6478 1157.48 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
1372 -88.35 0.65 0 0 6478 1157.48 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
1373 -86.99 0.64 0 0 6478 1157.48 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
1374 -88.23 0.69 0 0 6478 1157.48 @ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
 +
 
 +
Date Run Pol (%) Error (%) Hwien HW RHWP Energy(MeV)    Comment
 +
12/01/12
 +
1377 89.40 0.72 -60.50 1.00 100.00 1158.31 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP OUT
 +
1378 87.17 0.72 -60.50 1.00 100.00 1158.53 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP OUT
 +
1379 88.59 0.72 -60.50 1.00 100.00 1158.77 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP OUT
 +
1381 -87.87 0.71 -60.50 0.00 100.00 1157.08 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1382 -89.06 0.72 -60.50 0.00 100.00 1157.01 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1383 -88.26 0.72 -60.50 0.00 100.00 1156.81 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1386 -88.67 0.67 -60.50 0.00 6478.00 1157.35 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1387 -88.04 0.70 -60.50 0.00 6478.00 1157.11 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1388 -87.19 0.77 -60.50 0.00 6478.00 1156.97 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1389 -86.72 1.58 -60.50 0.00 6478.00 1157.16 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1390 87.33 0.72 -60.50 0.00 6478.00 1157.31 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1391 87.29 0.71 -60.50 0.00 6478.00 1157.39 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1393 86.21 0.72 -60.50 0.00 6478.00 1157.43 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
 +
1395 84.79 0.70 -75.00 0.00 6478.00 1157.54 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-75.00;} IHWP IN
 +
1396 85.85 0.72 -75.00 0.00 6478.00 1157.30 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-75.00;} IHWP IN
 +
1397 85.24 0.71 -75.00 0.00 6478.00 1157.57 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-75.00;} IHWP IN
 +
1400 -84.25 0.98 -75.00 0.00 6478.00 1157.39 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -75.00;} IHWP IN
 +
1401 -83.90 0.72 -75.00 0.00 6478.00 1157.85 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -75.00;} IHWP IN
 +
1402 -83.02 0.72 -75.00 0.00 6478.00 1157.48 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -75.00;} IHWP IN
 +
1403 -83.59 0.72 -75.00 0.00 6478.00 1157.10 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -75.00;} IHWP IN
 +
1404 -69.04 0.72 -20.00 0.00 6478.00 1157.25 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
 +
1405 -68.82 0.71 -20.00 0.00 6478.00 1157.64 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
 +
1406 -68.07 0.72 -20.00 0.00 6478.00 1157.12 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
 +
1407 -67.52 0.75 -20.00 0.00 6478.00 1157.04 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
 +
1408 63.30 0.72 -20.00 0.00 6478.00 1157.19 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
 +
1409 64.48 0.72 -20.00 0.00 6478.00 1157.34 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
 +
1410 64.21 0.79 -20.00 0.00 6478.00 1157.63 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
 +
1412 64.58 0.77 -20.00 0.00 6478.00 1156.88 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
 +
1413 9.58 0.68 20.00 0.00 6478.00 1156.80 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
 +
1414 10.40 1.49 20.00 0.00 6478.00 1156.86 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
 +
1416 10.18 0.94 20.00 0.00 6478.00 1157.30 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
 +
1417 8.92 0.65 20.00 0.00 6478.00 1157.46 @ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
 +
1418 -16.97 0.72 20.00 0.00 6478.00 1156.91 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
 +
1419 -17.47 0.72 20.00 0.00 6478.00 1157.37 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
 +
1420 -16.29 0.71 20.00 0.00 6478.00 1157.46 @ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
 +
1421 -10.96 0.73 20.00 0.00 6478.00 1156.90 @ 1.5uA: Flip right (phi: 88.712): {vwien= +91.85;} {hwien= +20.00;} IHWP IN
 +
1422 -10.60 0.72 20.00 0.00 6478.00 1156.97 @ 1.5uA: Flip right (phi: 88.712): {vwien= +91.85;} {hwien= +20.00;} IHWP IN
 +
1423 -11.29 0.68 20.00 0.00 6478.00 1157.42 @ 1.5uA: Flip right (phi: 88.712): {vwien= +91.85;} {hwien= +20.00;} IHWP IN
 +
1424 -12.63 1.42 20.00 0.00 6478.00 1157.21 @ 1.5uA: Flip right (phi: 88.712): {vwien= +90.00;} {hwien= +20.00;} IHWP IN
 +
1425 -14.10 0.72 20.00 0.00 6478.00 1157.57 @ 1.5uA: Flip right (phi: 88.712): {vwien= +90.00;} {hwien= +20.00;} IHWP IN
 +
1426 -14.88 1.92 20.00 0.00 6478.00 1157.90 @ 1.5uA: Flip right (phi: 88.712): {vwien= +90.00;} {hwien= +20.00;} IHWP IN
 +
1427 -12.98 0.72 20.00 0.00 6478.00 1157.75 @ 1.5uA: Flip right (phi: 88.712): {vwien= +90.00;} {hwien= +20.00;} IHWP IN
 +
1428 12.32 0.75 20.00 0.00 6478.00 1157.47 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= +20.00;} IHWP IN
 +
1429 13.27 1.24 20.00 0.00 6478.00 1157.52 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= +20.00;} IHWP IN
 +
1430 13.59 0.72 20.00 0.00 6478.00 1157.11 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= +20.00;} IHWP IN
 +
1431 13.60 1.09 20.00 0.00 6478.00 1157.15 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= +20.00;} IHWP IN
 +
 
 +
Date Run Pol (%) Error (%) Hwien HW RHWP Energy(MeV)    Comment
 +
19/01/2012
 +
1435 88.21 0.71 -60.85 0.00 6478.00 1157.53 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=OUT
 +
1436 87.00 0.71 -60.85 0.00 6478.00 1157.29 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=OUT
 +
1437 87.91 0.72 -60.85 0.00 6478.00 1157.45 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=OUT
 +
1439 87.30 0.65 -60.85 0.00 6478.00 1157.79 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
 +
1440 86.72 0.72 -60.85 0.00 6478.00 1157.66 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
 +
1441 87.69 0.96 -60.85 0.00 6478.00 1157.53 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
 +
1442 85.30 0.80 -60.85 0.00 6478.00 1157.30 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
 +
1443 87.06 0.79 -60.85 0.00 6478.00 1157.04 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
 +
1444 -86.89 0.70 -60.85 1.00 6478.00 1157.17 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=IN
 +
1445 -87.78 1.59 -60.85 1.00 6478.00 1157.36 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=IN
 +
1446 -87.17 0.79 -60.85 1.00 349.00 1157.79 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=IN
 +
1447 -88.48 0.72 -60.85 1.00 349.00 1157.89 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=IN
 +
1449 -85.15 1.64 -60.85 1.00 349.00 1157.57 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
 +
1450 -87.05 0.72 -60.85 1.00 349.00 1157.18 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
 +
1451 -88.86 1.95 -60.85 1.00 349.00 1157.21 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
 +
1452 -87.11 0.72 -60.85 1.00 349.00 1156.76 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
 +
1453 -86.61 0.87 -60.85 1.00 349.00 1156.72 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
 +
1454 -89.65 1.40 -60.85 1.00 349.00 1156.88 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
 +
1455 -87.62 0.72 -60.85 1.00 349.00 1157.11 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
 +
1457 -84.18 0.72 -75.00 1.00 349.00 1157.29 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -75;} IHWP OUT, IHWP2=OUT
 +
1458 -84.13 0.72 -75.00 1.00 349.00 1157.13 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -75;} IHWP OUT, IHWP2=OUT
 +
1459 -86.57 1.45 -75.00 1.00 349.00 1157.25 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -75;} IHWP OUT, IHWP2=OUT
 +
1460 -85.36 0.81 -75.00 1.00 349.00 1157.40 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -75;} IHWP OUT, IHWP2=OUT
 +
1462 -65.55 0.70 -20.00 1.00 349.00 1156.91 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -20;} IHWP OUT, IHWP2=OUT
 +
1463 -66.15 0.73 -20.00 1.00 349.00 1157.01 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -20;} IHWP OUT, IHWP2=OUT
 +
1464 -68.91 2.10 -20.00 1.00 349.00 1157.02 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -20;} IHWP OUT, IHWP2=OUT
 +
1465 -65.82 0.74 -20.00 1.00 349.00 1157.36 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -20;} IHWP OUT, IHWP2=OUT
 +
 
 +
 
 +
</pre>
 +
 
 +
==Moller measurement summaries (Run I)==
 
This will be a sort of "Cliff Notes"section, that will summarize each test and link to the hclog and elog entries.<br><br>
 
This will be a sort of "Cliff Notes"section, that will summarize each test and link to the hclog and elog entries.<br><br>
  
 +
<b>May 12, 2011</b> Final measurement before 6 month down. [https://hallcweb.jlab.org/hclog/1105_archive/110512142049.html hclog] <br>
 +
<b>May 9, 2011</b> Normal measurement, ~86-87%. [https://hallcweb.jlab.org/hclog/1105_archive/110509211529.html hclog] [https://qweak.jlab.org/elog/Moller/49 quad3 fields]<br>
 +
<b>May 8, 2011</b> BCM calibration only (no measurement). [https://hallcweb.jlab.org/hclog/1105_archive/110508162719.html hclog] <br>
 +
<b>May 6, 2011</b> Systematic studies - beam position on target. [https://hallcweb.jlab.org/hclog/1105_archive/110506174557.html hclog] [https://qweak.jlab.org/elog/Moller/48 quad3 fields]<br>
 +
<b>May 4, 2011</b> Standard measurement - major problems with missing helicity gates, tune problems. Quad issues. [https://hallcweb.jlab.org/hclog/1105_archive/110504171037.html hclog results] [https://hallcweb.jlab.org/hclog/1105_archive/110504173307.html hclog quad problems] [https://qweak.jlab.org/elog/Moller/46 elog] <br>
 
<b>May 2, 2011</b> Measurement had low rates (~11kHz), and collimators IOC died and needed re-booting. [https://hallcweb.jlab.org/hclog/1105_archive/110502120704.html hclog]<br>
 
<b>May 2, 2011</b> Measurement had low rates (~11kHz), and collimators IOC died and needed re-booting. [https://hallcweb.jlab.org/hclog/1105_archive/110502120704.html hclog]<br>
 
<b>Apr. 29, 2011</b> Measurement included a spot change. [https://hallcweb.jlab.org/hclog/1104_archive/110429130726.html hclog]<br>
 
<b>Apr. 29, 2011</b> Measurement included a spot change. [https://hallcweb.jlab.org/hclog/1104_archive/110429130726.html hclog]<br>
Line 39: Line 267:
 
<b>Apr. 4, 2011</b> Shifted beam left by 0.5mm to see effect of polarization. [https://hallcweb.jlab.org/hclog/1104_archive/110404113816.html hclog] [https://qweak.jlab.org/elog/Moller/31 elog] <br>
 
<b>Apr. 4, 2011</b> Shifted beam left by 0.5mm to see effect of polarization. [https://hallcweb.jlab.org/hclog/1104_archive/110404113816.html hclog] [https://qweak.jlab.org/elog/Moller/31 elog] <br>
 
<b>Mar. 31, 2011</b> Study of charge asymmetry on polarization. Used "old" method of just changing the PITA voltages. Some difference, but inconclusive. [https://hallcweb.jlab.org/hclog/1103_archive/110331132932.html hclog] [https://qweak.jlab.org/elog/Moller/29 elog] <br>
 
<b>Mar. 31, 2011</b> Study of charge asymmetry on polarization. Used "old" method of just changing the PITA voltages. Some difference, but inconclusive. [https://hallcweb.jlab.org/hclog/1103_archive/110331132932.html hclog] [https://qweak.jlab.org/elog/Moller/29 elog] <br>
<b>Mar. 18, 2011</b> Study of charge asymmetry effect on polarization. [https://hallcweb.jlab.org/hclog/1103_archive/110318124143.html hclog] [https://qweak.jlab.org/elog/Moller/31 elog] <br>
+
<b>Mar. 18, 2011</b> Study of charge asymmetry effect on polarization. [https://hallcweb.jlab.org/hclog/1103_archive/110318124143.html hclog]<br>
 
<b>Feb. 24, 2011</b> Regular measurement. Noticed bug in "calc_bpol_byquartet". [https://hallcweb.jlab.org/hclog/1102_archive/110224193237.html hclog] [https://qweak.jlab.org/elog/Moller/24 elog] <br>
 
<b>Feb. 24, 2011</b> Regular measurement. Noticed bug in "calc_bpol_byquartet". [https://hallcweb.jlab.org/hclog/1102_archive/110224193237.html hclog] [https://qweak.jlab.org/elog/Moller/24 elog] <br>
 
<b>Feb. 22, 2011</b> Final run disrupted by cryo events. [https://hallcweb.jlab.org/hclog/1102_archive/110222115958.html hclog] [https://qweak.jlab.org/elog/Moller/22 elog] <br>
 
<b>Feb. 22, 2011</b> Final run disrupted by cryo events. [https://hallcweb.jlab.org/hclog/1102_archive/110222115958.html hclog] [https://qweak.jlab.org/elog/Moller/22 elog] <br>
Line 45: Line 273:
 
<b>Feb. 10, 2011</b> Spin dance. Position of 3c12 visibly wandered. [https://hallcweb.jlab.org/hclog/1102_archive/110210133827.html hclog summary] [https://hallcweb.jlab.org/hclog/1102_archive/110210193812.html hclog pol. measurement] [https://qweak.jlab.org/elog/Moller/21 elog] <br>
 
<b>Feb. 10, 2011</b> Spin dance. Position of 3c12 visibly wandered. [https://hallcweb.jlab.org/hclog/1102_archive/110210133827.html hclog summary] [https://hallcweb.jlab.org/hclog/1102_archive/110210193812.html hclog pol. measurement] [https://qweak.jlab.org/elog/Moller/21 elog] <br>
 
<b>Feb. 8, 2011</b> Measurement of vertical polarization (spin rotator off) ~-0.60. [https://hallcweb.jlab.org/hclog/1102_archive/110208185516.html hclog] <br>
 
<b>Feb. 8, 2011</b> Measurement of vertical polarization (spin rotator off) ~-0.60. [https://hallcweb.jlab.org/hclog/1102_archive/110208185516.html hclog] <br>
 +
<b>Feb. 8, 2011</b> Normal measurement. Some large Aq runs. [https://hallcweb.jlab.org/hclog/1102_archive/110208105552.html hclog] <br>
 
<b>Feb. 7, 2011</b> Checked HV - looked good, and then measurement. Several beam trips. [https://hallcweb.jlab.org/hclog/1102_archive/110207120721.html hclog] [https://qweak.jlab.org/elog/Moller/17 elog] <br>
 
<b>Feb. 7, 2011</b> Checked HV - looked good, and then measurement. Several beam trips. [https://hallcweb.jlab.org/hclog/1102_archive/110207120721.html hclog] [https://qweak.jlab.org/elog/Moller/17 elog] <br>
 
<b>Feb. 4, 2011</b> Measurement, good beam. [https://hallcweb.jlab.org/hclog/1102_archive/110204114625.html hclog summary] (no plots) [https://qweak.jlab.org/elog/Moller/16 elog] (with plots) <br>
 
<b>Feb. 4, 2011</b> Measurement, good beam. [https://hallcweb.jlab.org/hclog/1102_archive/110204114625.html hclog summary] (no plots) [https://qweak.jlab.org/elog/Moller/16 elog] (with plots) <br>
Line 61: Line 290:
 
Also: an [https://hallcweb.jlab.org/hclog/1012_archive/101204110642.html hclog note] on moller backgrounds sensitive to beam position near raster. (Dec. 4, 2010) <br>
 
Also: an [https://hallcweb.jlab.org/hclog/1012_archive/101204110642.html hclog note] on moller backgrounds sensitive to beam position near raster. (Dec. 4, 2010) <br>
  
==Table of good Moller runs==
+
==Table of good Moller runs (Run I)==
 
The following are runs made from straightforward moller measurement runs, not spin dances. Note, missing data can/will be added over time. The Nov. 14, 2010 commissioning run is NOT included. (we were messing with camac pre-scales, et cetera.)
 
The following are runs made from straightforward moller measurement runs, not spin dances. Note, missing data can/will be added over time. The Nov. 14, 2010 commissioning run is NOT included. (we were messing with camac pre-scales, et cetera.)
  
Line 103: Line 332:
 
           754    -88.10 +- 0.72    0 (IN)                                        1                        charge asymmetry -257 ppm
 
           754    -88.10 +- 0.72    0 (IN)                                        1                        charge asymmetry -257 ppm
 
           755    -87.63 +- 1.12    0 (IN)                                        1                        charge asymmetry -234 ppm
 
           755    -87.63 +- 1.12    0 (IN)                                        1                        charge asymmetry -234 ppm
 +
2/10/11  791    -89.00 +- 0.73    1 (OUT)  -62.40        1159.60        0.2868  1                        3c12 stable
 +
          792    -89.76 +- 0.82    1 (OUT)  -62.40        1159.60        0.2868  1                        3c12 stable
 +
          793    -88.66 +- 0.73    1 (OUT)  -62.40        1159.60        0.2868  1                        3c12 stable 
 +
          794      88.92 +- 0.73    0 (IN)    -62.40        1159.60        0.2868  1                        large A_Q 
 +
          795      90.77 +- 2.54    0 (IN)    -62.40        1159.60        0.2868  1                        large A_Q
 +
          796      88.82 +- 0.73    0 (IN)    -62.40        1159.60        0.2868  1     
 +
          797      87.87 +- 0.73    0 (IN)    -62.40        1159.60        0.2868  1
 +
          798      89.93 +- 0.73    0 (IN)    -62.40        1159.60        0.2868  1
 
2/14/11  803    -87/52 +- 0.69    1 (OUT)  -62.39        1159.61        0.1527  1  
 
2/14/11  803    -87/52 +- 0.69    1 (OUT)  -62.39        1159.61        0.1527  1  
 
           804    -89.58 +- 0.72    1 (OUT)  -62.39        1159.61        0.1527  1  
 
           804    -89.58 +- 0.72    1 (OUT)  -62.39        1159.61        0.1527  1  
Line 125: Line 362:
 
           847      89.93 +- 0.73    0 (IN)    -62.39        1159.73        0.3480  1                         
 
           847      89.93 +- 0.73    0 (IN)    -62.39        1159.73        0.3480  1                         
 
           848      88.58 +- 0.73    0 (IN)    -62.39        1159.73        0.3480  1                        Moller ended early due to 2K cold box trip
 
           848      88.58 +- 0.73    0 (IN)    -62.39        1159.73        0.3480  1                        Moller ended early due to 2K cold box trip
2/24/11  868      87.99 +- 0.72    1 (OUT)  -62.39        1159.6        0.2545  1          0.8
+
2/24/11  868      87.99 +- 0.72    1 (OUT)  -62.39        1159.6        0.2545  1          0.8           slit controlled (25.7)
           869      87.94 +- 0.79    1 (OUT)  -62.39        1159.6        0.2545  1          0.8          ~4e6e events
+
           869      87.94 +- 0.79    1 (OUT)  -62.39        1159.6        0.2545  1          0.8          ~4e6e events, slit controlled (25.7)
           870      88.62 +- 0.72    1 (OUT)  -62.39        1159.6        0.2545  1          0.8
+
           870      88.62 +- 0.72    1 (OUT)  -62.39        1159.6        0.2545  1          0.8           slit controlled
           871    -89.47 +- 0.73    0 (IN)    -62.39        1159.6        0.2545  1          0.8
+
           871    -89.47 +- 0.73    0 (IN)    -62.39        1159.6        0.2545  1          0.8           slit controlled
           872    -88.27 +- 0.96    0 (IN)    -62.39        1159.6        0.2545  1          0.8          ~2.9e6 events
+
           872    -88.27 +- 0.96    0 (IN)    -62.39        1159.6        0.2545  1          0.8          ~2.9e6 events, slit controlled (25.7)
           873    -90.62 +- 0.83    0 (IN)    -62.39        1159.6        0.2545  1          0.8          ~3.9e6 events
+
           873    -90.62 +- 0.83    0 (IN)    -62.39        1159.6        0.2545  1          0.8          ~3.9e6 events, slit controlled (25.7)
           874    -89.42 +- 0.74    0 (IN)    -62.39        1159.6        0.2545  1          0.8          ~4.8e6 events
+
           874    -89.42 +- 0.74    0 (IN)    -62.39        1159.6        0.2545  1          0.8          ~4.8e6 events, slit controlled (25.7)
3/18/11  878    -89.42 +- 0.71    0 (IN)    -62.39        1159.63                1          1.0
+
3/18/11  878    -89.42 +- 0.71    0 (IN)    -62.39        1159.63                1          1.0           slit wide open
           879    -90.00 +- 0.71    0 (IN)    -62.39        1159.63                1          1.0
+
           879    -90.00 +- 0.71    0 (IN)    -62.39        1159.63                1          1.0           slit wide open
           880    -89.40 +- 0.69    0 (IN)    -62.39        1159.63                1          1.0
+
           880    -89.40 +- 0.69    0 (IN)    -62.39        1159.63                1          1.0           slit wide open
           881    -90.94 +- 1.46    0 (IN)    -62.39        1159.63                1          1.0
+
           881    -90.94 +- 1.46    0 (IN)    -62.39        1159.63                1          1.0           slit wide open
           882      89.48 +- 0.66    1 (OUT)  -62.39        1159.63                1          1.0          A_Q ~ 600 ppm
+
           882      89.48 +- 0.66    1 (OUT)  -62.39        1159.63                1          1.0          A_Q ~ 600 ppm, slit wide open
           883      89.46 +- 0.68    1 (OUT)  -62.39        1159.63                1          1.0          A_Q ~ 600 ppm
+
           883      89.46 +- 0.68    1 (OUT)  -62.39        1159.63                1          1.0          A_Q ~ 600 ppm, slit wide open
           884      89.05 +- 0.71    1 (OUT)  -62.39        1159.63                1          1.0          A_Q ~ 600 ppm
+
           884      89.05 +- 0.71    1 (OUT)  -62.39        1159.63                1          1.0          A_Q ~ 600 ppm, slit wide open
           886      90.52 +- 0.60    1 (OUT)  -62.39        1159.63                1          1.0
+
           886      90.52 +- 0.60    1 (OUT)  -62.39        1159.63                1          1.0           slit wide open
           887      89.93 +- 0.67    1 (OUT)  -62.39        1159.63                1          1.0
+
           887      89.93 +- 0.67    1 (OUT)  -62.39        1159.63                1          1.0           slit wide open
           888      89.76 +- 0.69    1 (OUT)  -62.39        1159.63                1          1.0
+
           888      89.76 +- 0.69    1 (OUT)  -62.39        1159.63                1          1.0           slit wide open
3/31/11  892      90.28 +- 0.61    1 (OUT)  -62.39        1159.57                1          1.0 Beam on target off. Adjusted after run. Aq ~ 100ppm
+
3/31/11  892      90.28 +- 0.61    1 (OUT)  -62.39        1159.57                1          1.0           Beam on target off. Adjusted after run. Aq ~ 100ppm, slit wide open
           893   88.87 +- 0.73    1 (OUT)  -62.39        1159.57                1          1.0        Aq ~ 100ppm
+
           893   88.87 +- 0.73    1 (OUT)  -62.39        1159.57                1          1.0        Aq ~ 100ppm, slit wide open
           894   90.41 +- 0.71    1 (OUT)  -62.39        1159.57                1          1.0        Aq ~ 100ppm
+
           894   90.41 +- 0.71    1 (OUT)  -62.39        1159.57                1          1.0        Aq ~ 100ppm , slit wide open
           895   88.31 +- 0.73    1 (OUT)  -62.39        1159.57                1          1.0        Aq ~ 100ppm
+
           895   88.31 +- 0.73    1 (OUT)  -62.39        1159.57                1          1.0        Aq ~ 100ppm, slit wide open
           896   89.01 +- 0.73    1 (OUT)  -62.39        1159.57                1          1.0          Aq ~ 100ppm
+
           896   89.01 +- 0.73    1 (OUT)  -62.39        1159.57                1          1.0          Aq ~ 100ppm, slit wide open
           897   -88.94 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          No changes - PC or RHWP Aq ~  -800ppm
+
           897   -88.94 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          No changes - PC or RHWP Aq ~  -800ppm, slit wide open
           898   -88.55 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          No changes - PC or RHWP Aq ~  -800ppm
+
           898   -88.55 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          No changes - PC or RHWP Aq ~  -800ppm, slit wide open
           899   -89.37 +- 0.72    0 (IN)    -62.39        1159.57                1          1.0          No changes - PC or RHWP Aq ~  -800ppm
+
           899   -89.37 +- 0.72    0 (IN)    -62.39        1159.57                1          1.0          No changes - PC or RHWP Aq ~  -800ppm, slit wide open
           901   -87.79 +- 0.70    0 (IN)    -62.39        1159.57                1          1.0          No changes - PC or RHWP Aq ~  -800ppm
+
           901   -87.79 +- 0.70    0 (IN)    -62.39        1159.57                1          1.0          No changes - PC or RHWP Aq ~  -800ppm, slit wide open
           904   -88.44 +- 1.67    0 (IN)    -62.39        1159.57                1          1.0          Aq~1000ppm. PC [+] 42990, PC [-] 41210
+
           904   -88.44 +- 1.67    0 (IN)    -62.39        1159.57                1          1.0          Aq~1000ppm. PC [+] 42990, PC [-] 41210, slit wide open
           905   -87.43 +- 1.07    0 (IN)    -62.39        1159.57                1          1.0          Aq~-700ppm. PC [+] 43388, PC [-] 40811
+
           905   -87.43 +- 1.07    0 (IN)    -62.39        1159.57                1          1.0          Aq~-700ppm. PC [+] 43388, PC [-] 40811, slit wide open
           906   -89.86 +- 0.73    0 (IN)    -62.39        1159.57                1          1.0          Aq~-300ppm. PC [+] 43588, PC [-] 40611
+
           906   -89.86 +- 0.73    0 (IN)    -62.39        1159.57                1          1.0          Aq~-300ppm. PC [+] 43588, PC [-] 40611, slit wide open
           907   -89.79 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          Aq~-300ppm
+
           907   -89.79 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          Aq~-300ppm, slit wide open
           908   -88.39 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          Aq~-300ppm
+
           908   -88.39 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          Aq~-300ppm, slit wide open
           909   -89.76 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          Aq~-300ppm
+
           909   -89.76 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0          Aq~-300ppm, slit wide open
4/4/11
+
4/4/11   914    -88.32 +- 0.73    0 (IN)    -62.39        1159.55        0.5188  1          1.0          Aq ~ 11 ppm, slit wide open
 
+
          915    -88.04 +- 0.72    0 (IN)    -62.39        1159.55        0.5188  1          1.0          A_q=3ppm, slit wide open
Need to add data
+
          916   -88.77 +- 0.66    0 (IN)    -62.39        1159.55        0.5188  1          1.0          A_q=5ppm, slit wide open
 
+
          917   88.11 +- 0.71    1 (OUT)  -62.39        1159.55        0.5188  1          1.0          A_q=-57ppm  , slit wide open
4/6/11    934      89.87 +- 0.73    0 (IN)    -62.39        1159.6        0.3387  1          0.8
+
          918   90.14 +- 0.70    1 (OUT)  -62.39        1159.55        0.5188  1          1.0          A_q=-51ppm , slit wide open
           935      90.76 +- 0.73    0 (IN)    -62.39        1159.6        0.3387  1          0.8
+
          919   88.06 +- 0.71    1 (OUT)  -62.39        1159.55        0.5188  1          1.0          A_q=-58ppm, slit wide open
           936      89.11 +- 0.74    0 (IN)    -62.39        1159.6        0.3387  1          0.8
+
          920   88.61 +- 1.32    1 (OUT)  -62.39        1159.55        0.5188  1          1.0          A_q=-62ppm, slit wide open
           937    -89.57 +- 0.73    1 (OUT)  -62.39        1159.6        0.3387  1          0.8
+
          923   89.45 +- 0.70    1 (OUT)  -62.39        1159.55        0.5188  1          1.0          xpos =-0.5, slit wide open
           938    -89.50 +- 0.68    1 (OUT)  -62.39        1159.6        0.3387  1          0.8
+
          924   88.56 +- 0.72    1 (OUT)  -62.39        1159.55        0.5188  1          1.0          xpos =-0.5, slit wide open
           939    -88.33 +- 0.73    1 (OUT)  -62.39        1159.6        0.3387  1          0.8
+
          925   89.42 +- 0.67    1 (OUT)  -62.39        1159.55        0.5188  1          1.0          xpos =-0.5, slit wide open
 +
4/6/11    934      89.87 +- 0.73    0 (IN)    -62.39        1159.6        0.3387  1          0.8           slit wide open
 +
           935      90.76 +- 0.73    0 (IN)    -62.39        1159.6        0.3387  1          0.8           slit wide open
 +
           936      89.11 +- 0.74    0 (IN)    -62.39        1159.6        0.3387  1          0.8           slit wide open
 +
           937    -89.57 +- 0.73    1 (OUT)  -62.39        1159.6        0.3387  1          0.8           slit wide open
 +
           938    -89.50 +- 0.68    1 (OUT)  -62.39        1159.6        0.3387  1          0.8           slit wide open
 +
           939    -88.33 +- 0.73    1 (OUT)  -62.39        1159.6        0.3387  1          0.8           slit wide open
 +
4/8/11    946   -85.72 +- 0.70    1 (OUT)  -62.39        1159.37        1.3449  1          1.0          A_q = 27.ppm, MPS time set to 100us, slit wide open
 +
          947   -84.74 +- 0.71    1 (OUT)  -62.39        1159.37        1.3449  1          1.0          A_q = 11.ppm. MPS time set to 100us, slit wide open
 +
          948   -85.21 +- 0.73    1 (OUT)  -62.39        1159.37        1.3449  1          1.0          A_q = 38.ppm. MPS time set to 100us, slit wide open
 +
          950   -84.08 +- 0.73    1 (OUT)  -62.39        1159.37        1.3449  1          1.0          A_q = 33.ppm. MPS time set to 70us, slit wide open
 +
          951   -86.50 +- 0.73    1 (OUT)  -62.39        1159.37        1.3449  1          1.0          A_q = 48.ppm. Beam trip. MPS time set to 70us, slit wide open
 +
          952   -83.41 +- 0.72    1 (OUT)  -62.39        1159.37        1.3449  1          1.0          A_q =  6.ppm. MPS time set to 70us, slit wide open
 +
          953   84.23 +- 0.73    0 (IN)    -62.39        1159.37        1.3449  1          1.0          A_q = 417.ppm, slit wide open
 +
          955      85.24 +- 0.72    0 (IN)    -62.39        1159.37        1.3449  1          1.0          A_q = 394.ppm, slit wide open
 +
          957   84.11 +- 0.73    0 (IN)    -62.39        1159.37        1.3449  1          1.0          A_q = 433.ppm, slit wide open
 +
4/11/11  962      85.33 +- 1.41    0 (IN)                                                    1.16          A_q = -32ppm, slit wide open
 +
          963   87.06 +- 0.73    0 (IN)                                                    1.08          A_q =  21.ppm, slit wide open
 +
          964   86.04 +- 1.63    0 (IN)                                                    1.16          A_q =  -18ppm, slit wide open
 +
          965    -86.46 +- 0.73    1 (OUT)                                                  1.19          A_q =  121.ppm, slit wide open
 +
          966   -87.58 +- 0.71    1 (OUT)                                                  1.19          A_q =  37.ppm, slit wide open
 +
          967    -86.32 +- 0.74    1 (OUT)                                                  1.19          A_q =  72.ppm, slit wide open
 +
4/13/11  978   -88.52 +- 0.83    1 (OUT)  -62.39        1159.56        0.6052  1          1.0          A_q = 154.ppm, slit wide open
 +
          979    -86.88 +- 0.73    1 (OUT)  -62.39        1159.56        0.6052  1          1.0          A_q = 98.ppm, slit wide open
 +
          980   -85.94 +- 0.73    1 (OUT)  -62.39        1159.56        0.6052  1          1.0          A_q = 133.ppm, slit wide open
 +
          981   -87.60 +- 0.73    1 (OUT)  -62.39        1159.56        0.6052  1          1.0          A_q = 128.ppm, slit wide open
 +
          982   86.63 +- 0.75    0 (IN)    -62.39        1159.56        0.6052  1          1.0          A_q = 44.ppm, slit wide open
 +
          983   87.33 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0          A_q = 5.ppm, slit wide open
 +
          984   87.79 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0          A_q = -7.ppm, slit wide open
 +
          986   84.85 +- 1.09    0 (IN)    -62.39        1159.56        0.6052  1          1.0          Hall A beam issues, 20uA off photo-cathode
 +
          988   86.00 +- 0.74    0 (IN)    -62.39        1159.56        0.6052  1          1.0          A_q = 114.ppm, 20uA off photo-cathode, slit controlled (29.5)
 +
          990   86.67 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0          A_q = 78.ppm, 20uA off photo-cathode, slit controlled
 +
          991   86.05 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0          A_q = 218.ppm, 20uA off photo-cathode, slit controlled
 +
          992   88.34 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0          A_q = 71.ppm, 20uA off photo-cathode, slit controlled
 +
          993   87.87 +- 1.17    0 (IN)    -62.39        1159.56        0.6052  1          1.0          A_q = -9.ppm, 20uA off photo-cathode, slit controlled
 +
4/15/11  999   86.17 +- 0.73    1 (OUT)  -62.39        1160.24        0.4297  1          1.0          A_q = 739.ppm, 20uA off photo-cathode, slit controlled (20.8)
 +
          1000   85.85 +- 0.70    1 (OUT)  -62.39        1160.24        0.4297  1          1.0          A_q = 580.ppm, 20uA off photo-cathode, slit controlled
 +
          1001   87.32 +- 0.70    1 (OUT)  -62.39        1160.24        0.4297  1          1.0          A_q = 811.ppm, 20uA off photo-cathode, slit controlled
 +
          1003   87.47 +- 1.18    1 (OUT)  -62.39        1160.24        0.4297  1          1.0          A_q = 485.ppm, 20uA off photo-cathode, slit controlled
 +
          1005   86.15 +- 2.38    1 (OUT)  -62.39        1160.24        0.4297  1          1.0          Tripped around 5e5 events, A_q = 319.ppm, slit wide open
 +
          1006   88.42 +- 1.22    1 (OUT)  -62.39        1160.24        0.4297  1          1.0          Tripped around 51.8e6 events, A_q = 260.ppm, slit wide open
 +
          1007   86.61 +- 0.73    1 (OUT)  -62.39        1160.24        0.4297  1          1.0          A_q = 278.ppm, slit wide open
 +
          1008   87.13 +- 0.65    1 (OUT)  -62.39        1160.24        0.4297  1          1.0          A_q = 233.ppm, slit wide open
 +
          1009   -88.44 +- 0.73    0 (IN)    -62.39        1160.24        0.4297  1          1.0          A_q = 27.ppm, slit wide open
 +
          1010   -88.92 +- 0.73    0 (IN)    -62.39        1160.24        0.4297  1          1.0          A_q = 27.ppm, slit wide open
 +
          1012   -88.04 +- 0.73    0 (IN)    -62.39        1160.24        0.4297  1          1.0          A_q = 52.ppm, slit wide open
 +
4/22/11  1018    -86.26 +- 0.72    0 (IN)    -62.39        1159.61        0.7535  1          1.0          A_q = -959ppm, 20uA off photo-cathode, slit controlled (15.2)
 +
          1019    -86.23 +- 0.70    0 (IN)    -62.39        1159.61        0.7535  1          1.0          A_q = -999ppm, 20uA off photo-cathode, slit controlled
 +
          1020    -86.21 +- 0.92    0 (IN)    -62.39        1159.61        0.7535  1          1.0          A_q = -881ppm, 20uA off photo-cathode, slit controlled
 +
          1021    -86.89 +- 0.67    0 (IN)    -62.39        1159.61        0.7535  1          1.0          A_q = -1015ppm, 20uA off photo-cathode, slit controlled
 +
          1022    86.09 +- 0.72    1 (OUT)  -62.39        1159.61        0.7535  1          1.0          A_q = -434ppm, 20uA off photo-cathode, slit controlled  
 +
          1023    86.70 +- 1.10    1 (OUT)  -62.39        1159.61        0.7535  1          1.0          A_q = -763ppm, Beam tripped, Beam position unstable, 20uA off photo-cathode, slit controlled
 +
          1024    87.16 +- 0.73    1 (OUT)  -62.39        1159.61        0.7535  1          1.0          A_q = -572ppm, Beam position unstable, 20uA off photo-cathode,
 +
          1025    84.98 +- 0.73    1 (OUT)  -62.39        1159.61        0.7535  1          1.0          A_q = -753ppm, 20uA off photo-cathode,
 +
          1026    87.06 +- 0.75    1 (OUT)  -62.39        1159.61        0.7535  1          1.0          A_q = -534ppm, 20uA off photo-cathode,
 +
4/25/11  1030    87.26 +- 0.71    1 (OUT)  -62.39        1159.79        0.2316  1          1.0          A_q = -488ppm, 20uA off photo-cathode, slit controlled (15.2)
 +
          1031   85.26 +- 0.76    1 (OUT)  -62.39        1159.79        0.2316  1          1.0          A_q = -550ppm, 20uA off photo-cathode, slit controlled
 +
          1032   84.52 +- 0.72    1 (OUT)  -62.39        1159.79        0.2316  1          1.2          A_q = -430ppm, 20uA off photo-cathode, slit controlled
 +
          1033   83.61 +- 1.25    1 (OUT)  -62.39        1159.79        0.2316  1          1.4          A_q = -323ppm, 20uA off photo-cathode, slit controlled
 +
          1035   85.72 +- 0.95    1 (OUT)  -62.39        1159.79        0.2316  1          1.0          A_q = -294ppm, Missed helicity errors. slit controlled
 +
          1036   86.37 +- 1.08    1 (OUT)  -62.39        1159.79        0.2316  1          1.0          A_q = -583ppm, 20uA off photo-cathode, slit controlled
 +
          1037   -84.95 +- 0.72    0 (IN)    -62.39        1159.79        0.2316  1          1.0          A_q = -1466ppm, 20uA off photo-cathode, slit controlled
 +
          1038   -86.37 +- 1.02    0 (IN)    -62.39        1159.79        0.2316  1          1.0          A_q = -1287ppm, 20uA off photo-cathode, slit controlled
 +
          1039   -83.11 +- 1.24    0 (IN)    -62.39        1159.79        0.2316  1          1.0          A_q = -1155ppm, 20uA off photo-cathode, slit controlled
 +
          1042   -84.09 +- 1.96    0 (IN)    -62.39        1159.79        0.2316  1          0.6          A_q = -1709ppm, 20uA off photo-cathode, slit controlled
 +
          1043   -85.38 +- 0.74    0 (IN)    -62.39        1159.79        0.2316  1          0.6          A_q =-1209ppm, 20uA off photo-cathode, slit controlled
 +
4/27/11  1057    -85.78 +- 0.74    0 (IN)    -62.39        1159.58        0.5158  1          1.0          A_q = -21ppm, Hall A @120uA,slit open
 +
          1058    -86.38 +- 0.75    0 (IN)    -62.39        1159.58        0.5158  1          1.0          A_q = 0ppm, Hall A @120uA,slit open
 +
          1059    -85.91 +- 0.74    0 (IN)    -62.39        1159.58        0.5158  1          1.0          A_q = -1538ppm, Hall A @120uA,slit controlled (16.5)
 +
          1060    -86.32 +- 0.76    0 (IN)    -62.39        1159.58        0.5158  1          1.0          A_q = -861ppm, Hall A @120uA,slit controlled
 +
          1062    -86.32 +- 0.75    0 (IN)    -62.39        1159.58        0.5158  1          1.0          A_q = -1044ppm, Hall A @120uA,slit controlled
 +
          1063    87.96 +- 0.76    1 (OUT)  -62.39        1159.58        0.5158  1          1.0          A_q = -818ppm, Hall A @120uA,slit controlled
 +
          1064    87.27 +- 0.76    1 (OUT)  -62.39        1159.58        0.5158  1          1.0          A_q = -663ppm, Hall A @120uA,slit controlled
 +
          1065    86.33 +- 0.89    1 (OUT)  -62.39        1159.58        0.5158  1          1.0          A_q = -585ppm, Hall A @120uA,slit controlled
 +
          1066    85.94 +- 0.76    1 (OUT)  -62.39        1159.58        0.5158  1          1.0          A_q = -534ppm, Hall A @120uA,slit controlled
 +
          1067    86.47 +- 0.75    1 (OUT)  -62.39        1159.58        0.5158  1          1.0          A_q = -493ppm, Hall A @120uA,slit controlled
 +
4/29/11  1072    -86.06 +- 0.74    1 (OUT)  -62.39        1159.61        0.2741  1          1.0          A_q = -66.ppm, 20uA off photo-cathode, slit controlled (17.5)
 +
          1073    -85.44 +- 0.71    1 (OUT)  -62.39        1159.61        0.2741  1          1.0          A_q = -102.ppm, 20uA off photo-cathode,
 +
          1074    -86.82 +- 0.74    1 (OUT)  -62.39        1159.61        0.2741  1          1.0          A_q =  -63.ppm, 20uA off photo-cathode,
 +
          1075    85.89 +- 0.74    0 (IN)    -62.39        1159.61        0.2741  1          1.0          A_q = -731.ppm, 20uA off photo-cathode,
 +
          1076    84.54 +- 0.94    0 (IN)    -62.39        1159.61        0.2741  1          1.0          A_q = -868.ppm Beam trip and tune beam, 20uA off photo-cathode,
 +
          1077    86.60 +- 0.76    0 (IN)    -62.39        1159.61        0.2741  1          1.0          A_q = -966.ppm, 20uA off photo-cathode,
 +
          1078    86.39 +- 0.72    0 (IN)    -62.39        1159.61        0.2741  1          1.0          A_q = -876.ppm, 20uA off photo-cathode,
 +
          1079    85.38 +- 2.10    0 (IN)    -62.39        1159.61        0.8352  1          1.0          A_q = 908.ppm, new spot, 20uA off photo-cathode, slit controlled (16.9)
 +
          1081    88.10 +- 1.85    0 (IN)    -62.39        1159.61        0.8352  1          1.0          A_q = 305.ppm, 20uA off photo-cathode,
 +
          1084    86.58 +- 0.81    0 (IN)    -62.39        1159.61        0.8352  1          1.0          A_q = 537.ppm, 20uA off photo-cathode,
 +
          1085    86.30 +- 0.73    0 (IN)    -62.39        1159.61        0.8352  1          1.0          A_q = 445.ppm, 20uA off photo-cathode,
 +
          1086    86.89 +- 1.26    0 (IN)    -62.39        1159.61        0.8352  1          1.0          A_q = 955.ppm, 20uA off photo-cathode,
 +
5/2/11    1096    86.01 +- 0.73    0 (IN)    -62.39        1159.61        0.2509  1          1.0          A_q = -209ppm. 25uA off photo-cathode, slit controlled (15.7)
 +
          1100    85.92 +- 0.75    0 (IN)    -62.39        1159.61        0.2509  1          1.0          A_q= -44ppm. 25uA off photo-cathode, slit controlled
 +
          1101    87.06 +- 1.73    0 (IN)    -62.39        1159.61        0.2509  1          1.0          A_q= -85ppm. 25uA off photo-cathode, slit controlled
 +
          1102    86.55 +- 0.99    0 (IN)    -62.39        1159.61        0.2509  1          1.0          A_q= -21ppm. 25uA off photo-cathode, slit controlled
 +
          1103    -85.54 +- 0.75    1 (OUT)  -62.39        1159.61        0.2509  1          1.0          A_q= 324ppm. 25uA off photo-cathode, slit controlled
 +
          1104    -87.11 +- 0.75    1 (OUT)  -62.39        1159.61        0.2509  1          1.0          A_q= 278ppm. 25uA off photo-cathode, slit controlled
 +
          1105    -86.57 +- 0.79    1 (OUT)  -62.39        1159.61        0.2509  1          1.0          A_q= 456ppm. 25uA off photo-cathode, slit controlled
 +
5/4/11    1113    87.92 +/- 0.74  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit open
 +
          1114   87.44 +/- 0.90  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit open, 3.3e6 events, helicity gates missed
 +
          1116   89.06 +/- 0.74  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit open
 +
          1117   87.85 +/- 1.36  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit open, missed helicity gates
 +
          1118   89.00 +/- 0.94  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit open
 +
          1119   89.62 +/- 1.59  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit controlled (14.9), removed gate generator from the mps chain
 +
          1120   86.94 +/- 1.36  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit controlled
 +
          1121   86.46 +/- 1.64  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit controlled
 +
          1122   87.80 +/- 1.18  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit controlled
 +
          1123   84.94 +/- 1.08  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit controlled
 +
          1124   85.16 +/- 1.53  0 (IN)    -62.39        1159.59        0.8428  1          1.0          slit controlled, missed helicity gates
 +
          1125   86.13 +/- 0.80  0 (IN)    -62.39        1159.59        0.8428  1          1.0          rates ~12.5 kHz, slit controlled
 +
          1126   -89.65 +/- 0.73  1 (OUT)  -62.39        1159.59        0.8428  1          1.0          slit controlled,
 +
          1127   -87.42 +/- 2.14  1 (OUT)  -62.39        1159.59        0.8428  1          1.0          slit controlled, mised helicity gates
 +
          1128    -87.71 +/- 1.46  1 (OUT)  -62.39        1159.59        0.8428  1          1.0          slit controlled,
 +
          1130   -85.93 +/- 0.74  1 (OUT)  -62.39        1159.59        0.8428  1          1.0          slit controlled,
 +
          1131   -89.14 +/- 0.90  1 (OUT)  -62.39        1159.59        0.8428  1          1.0          slit controlled,
 +
          1132   -87.87 +/- 0.87  1 (OUT)  -62.39        1159.59        0.8428  1          1.0          slit controlled, missed helicity gates
 +
          1133   -87.58 +/- 0.74  1 (OUT)  -62.39        1159.59        0.8428  1          1.0          rates ~12.4 kHz, slit controlled,
 +
5/6/11    1145    88.24 +/- 0.75  0 (IN)    -62.40        1159.20        0.6460  1          1.1          right hall probe=0.14155, 20uA off photo-cathode, slit controlled (12.6)
 +
          1146    87.11 +/- 0.74  0 (IN)    -62.40        1159.20        0.6460  1          1.1          20uA off photo-cathode, slit controlled (12.6)
 +
          1147    87.85 +/- 1.15  0 (IN)    -62.40        1159.20        0.6460  1          1.1          20uA off photo-cathode, slit controlled
 +
          1148   87.53 +/- 0.74  0 (IN)    -62.40        1159.20        0.6460  1          1.1          20uA off photo-cathode, slit controlled
 +
          1171    88.49 +/- 0.64  0 (IN)    -62.40        1159.20        0.6460  1          1.1          right hall probe=0.1370, 20uA off photo-cathode, slit controlled
 +
          1172    86.29 +/- 0.74  0 (IN)    -62.40        1159.20        0.6460  1          1.1          20uA off photo-cathode, slit controlled
 +
          1175    87.09 +/- 0.74  0 (IN)    -62.40        1159.20        0.6460  1          1.1          20uA off photo-cathode, slit controlled
 +
5/9/11    1217    -86.45 +/- 1.01  1 (OUT)                                                                A_q = 735.ppm beam trip at the end, 20uA off photo-cathode, slit controlled (14.1)
 +
          1219    -86.74 +/- 1.03  1 (OUT)                                                                A_q = 819.ppm beam trip at the end, 20uA off photo-cathode, slit controlled
 +
          1220   -86.83 +/- 0.81  1 (OUT)                                                                A_q = 691.ppm beam trip at the end, 20uA off photo-cathode, slit controlled
 +
          1221   -87.50 +/- 0.75  1 (OUT)                                                                A_q = 833.ppm, 20uA off photo-cathode, slit controlled
 +
          1222   -86.69 +/- 0.74  1 (OUT)                                                                A_q = 684.ppm, 20uA off photo-cathode, slit controlled
 +
          1223   86.24 +/- 0.74  0 (IN)                                                                  A_q = -698.ppm, 20uA off photo-cathode, slit controlled
 +
          1224   87.65 +/- 0.74  0 (IN)                                                                  A_q = -676.ppm, 20uA off photo-cathode, slit controlled
 +
          1225   88.62 +/- 0.74  0 (IN)                                                                  A_q = -593.ppm, 20uA off photo-cathode, slit controlled
 +
5/12/11  1230   -87.46 +/- 0.74  1 (OUT)                                                                A_q = 10.ppm, slit controlled (31.6)
 +
          1233   -85.17 +/- 0.74  1 (OUT)                                                                A_q = 14.ppm, slit controlled
 +
          1234   -88.30 +/- 0.72  1 (OUT)                                                                A_q = 118.ppm, slit controlled
 +
          1235   85.89 +/- 0.74  1 (OUT)                                                                A_q = -244.ppm, slit controlled
 +
          1237   85.63 +/- 0.84  1 (OUT)                                                                A_q = -73.ppm, slit controlled
 +
          1239   86.57 +/- 0.74  1 (OUT)                                                                A_q = -107.ppm, slit controlled
 +
          1240   85.86 +/- 1.71  1 (OUT)                                                                A_q = -195.ppm, slit controlled
 
</pre>
 
</pre>
  
Line 177: Line 549:
 
774  2/8/11    1-2                  B
 
774  2/8/11    1-2                  B
 
819  2/14/11    1-2
 
819  2/14/11    1-2
8829 2/19/11    10                  A+B
+
829 2/19/11    10                  A+B
 
846  2/22/11    5
 
846  2/22/11    5
 
889  3/18/11    2.7 (avg for 4-5 min)A              Hall A 5 uA
 
889  3/18/11    2.7 (avg for 4-5 min)A              Hall A 5 uA
940  4/6/11    3                    A              Hall A ~4uA
+
926  4/4/11
 +
940  4/6/11    3                    A              Hall A ~4uA
 +
958  4/8/11             
 +
985  4/13/11 3       A             
 +
1068  4/27/11    17                  A              Slit closed. Hall A ~120uA.
 +
1208  5/6/11    12.1                A              Hall A ~120uA
 +
1241  5/12/11    0.13                A              Hall A ~4uA
 
</pre>
 
</pre>
  

Latest revision as of 11:02, 27 July 2012

General Information

This is the spot for all things moller polarimetry. Information on how to take moller measurements, spin dance and polarimetry results, and system specs will eventually be put here. This page is currently under construction, and will be updated frequently in the upcoming weeks.

Preliminary results

Measurements for Run 2

Data points can be found in /group/qweak/gaskelld/kumac/qweak_by_day_run2.dat


Moller april6.png


Measurements for 2011 (Run 1)

Data points can be found in /group/qweak/gaskelld/kumac/qweak_by_day_2011.dat

Qweak pol 2011 may13.png

Last updated May 13, 2011

Measurements for 2010 (Run 1)

Note: Measurement on "Day 39" low due to likely hardware issue.

Qweak pol 2010.png

Moller info for Qweak

  1. The Qweak Moller "how to" is officially up and ready for viewing. (version 1, updated jan. 26, 2011): Qweak Moller "How-To"
  2. The following is a plot showing good tune of the apparatus. It was taken from run 700, hallc:p ~ 1159 MeV, with a 1um target. (Jan. 30, 2011)

Moller plot jan30 2011.png

Moller measurement summaries (Run II)

This is the "Cliff notes section on Moller polarimetry runs during the 2nd half of Qweak running. Note: Only one measurement was taken in April due to the 3 GeV running.

May 10, 2012 Position scan. HV increased for the left detector between run 1890 and 1891. hclog runlist initial measurement HV hclog
May 5, 2012 Moller-Compton part Deux. current scan part 1/2 hclog summary
May 4, 2012 Moller-Compton calibration Part 1. beam current scan hclog summary
April 6, 2012 Standard measurement. hclog
March 30, 2012 Standard measurement - Hall A on. Identified solenoid fan as belly up. hclog
March 27, 2012 Standard measurement + solenoid ramp down issues hclog solenoid info
March 20, 2012 Standard measurement. hclog
March 12, 2012 Moller before and after a spot change. (unusual: no apparent reduction in polarization) pre-spot move post-spot move
March 5, 2012 Standard measurement + flip-right spin dance. After large transverse asymmetries, determined a 1% scaling factor was needed in the Wien setting. hclog
March 1, 2012 Standard measurement - solenoid ramp down problem. in/out out/out out/in solenoid
Feb 23, 2012 Stanadard measurement. hclog
Feb 20, 2012 Mini-spin dance: included measurements at nominal horizontal-transverse polarization. Need to link to more hclogs... spin-dance transverse
Feb 18, 2012 Low current BCM calibration elog
Feb 12, 2012 Moller DAQ migrated to cdaql5. Not a measurement, but important to log. hclog
Feb 09, 2012 Standard measurement hclog
Feb 03, 2012 Measurement with a Harp Scan at 3C20 out/in out/out in/out harp scan
Jan 20, 2012 Moller measurement - used both 1um and 4um targets hclog summary
Jan 24, 2012 Moller measurement - HODO11 had a gain drop. (HV increased post-measurement 970->1020V) hclog (HV increase) Jan 19, 2012 Moller mini-spin dance verifying previous Wien setting. hclog

Jan 12, 2012 Spin-dance. Results don't agree with Grames' prediction, and different optimal Hwein for flip left/right. Go to Vwein=90. hclog
Dec 18, 2011 Regular measurement, had energy lock off for 1 run. IHWP: in, out, in. hclog
Dec 14, 2011 Short collimator scan, did both 1 and 2 uA, did IHWP: in, out, in. hclog
Dec 7, 2011 Moller super-spin dance: 7 wein angles, all with flip left/right settings. hclog summary grames' notes
Nov 30, 2011 Quad current study, collimator scan, and gain matched calorimeters/HV. Also made a full measurement. hclog1 tune results dave's comments

Table of good Moller runs (Run II)

This will be a log of all "good" Moller runs; ie, our "production" runs. It will include some detailed notes when necessary. Full lists of runs, such as those below for Run I, can be provided upon request. Sometimes there is a short delay before this is updated. if you'd like to see a full up-to-date runlist, contact Josh Magee/Rakitha Beminiwattha (magee@jlab.org/rakithab@jlab.org).

Date	Run	Pol (%)	Error (%)	Hwien	HW	RHWP	Energy(MeV)     Comment
11/30/11
	1266	87.07	0.51	0	0	6479	1157.17	Production IHWP IN
	1267	87.44	0.71	0	0	6479	1157.25	Production IHWP IN
	1268	87.60	0.68	0	0	6479	1157.28	Production IHWP IN
	1269	-87.33	0.67	0	1	350	1157.03	Production IHWP OUT
	1270	-88.14	0.70	0	1	350	1157.18	Production IHWP OUT
	1271	-87.63	0.70	0	1	350	1157.17	Production IHWP OUT

Date	Run	Pol (%)	Error (%)	Hwien	HW	RHWP	Energy(MeV)     Comment
12/07/11
	1277	87.30	0.56	0	0	6479	1158.05	Flip right: hwien=0.0; IHWP IN
	1278	88.20	0.60	0	0	6479	1157.94	Flip right: hwien=0.0; IHWP IN
	1279	0.00	0.00	0	0	6479	1157.52	Leakage check, no beam
	1280	-88.17	0.56	0	0	6479	1157.61	Flip left (phi:-92.037): {hwien=0.0;} IHWP IN
	1281	-87.65	0.68	0	0	6479	1157.75	Flip left (phi:-92.037): {hwien=0.0;} IHWP IN
	1282	-87.16	0.66	0	0	6479	1157.68	Flip left (phi:-92.037): {hwien=0.0;} IHWP IN
	1285	-61.41	0.70	-45	0	6479	1157.64	Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
	1286	-61.20	0.68	-45	0	6479	1157.60	Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
	1287	-61.64	0.65	-45	0	6479	1157.54	Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
	1288	-61.20	0.67	-45	0	6479	1157.59	Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
	1289	-60.55	0.77	-45	0	6479	1157.58	Flip left (phi:-92.037): {hwien=-45.0;} IHWP IN
	1290	65.79	0.94	-45	0	6479	1157.56	Flip right (phi:88.172): {hwien=-45.0;} IHWP IN
	1291	65.90	0.78	-45	0	6479	1157.79	Flip right (phi:88.172): {hwien=-45.0;} IHWP IN
	1292	64.93	0.54	-45	0	6479	1157.80	Flip right (phi:88.172): {hwien=-45.0;} IHWP IN
	1293	65.39	0.50	-45	0	6479	1157.99	Flip right (phi:88.172): {hwien=-45.0;} IHWP IN
	1295	1.69	0.66	-90	0	6479	1158.06	Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
	1296	1.52	0.77	-90	0	6479	1158.06	Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
	1297	2.38	0.66	-90	0	6479	1157.87	Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
	1298	2.39	0.66	-90	0	6479	1157.87	Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
	1299	3.42	0.55	-90	0	6479	1157.90	Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
	1300	2.45	0.61	-90	0	6479	1157.99	Flip right (phi:88.172): {hwien= -90.0;} IHWP IN
	1301	3.44	0.65	-90	0	6479	1157.91	Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
	1302	2.37	1.07	-90	0	6479	1157.84	Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
	1303	2.26	0.54	-90	0	6479	1157.95	Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
	1304	3.75	0.62	-90	0	6479	1158.00	Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
	1305	3.04	0.71	-90	0	6479	1158.01	Flip left (phi:-92.037): {hwien= -90.0;} IHWP IN
	1306	-29.99	0.70	-70	0	6479	1157.92	Flip left (phi:-92.037): {hwien= -70.0;} IHWP IN
	1307	-28.79	0.66	-70	0	6479	1157.94	Flip left (phi:-92.037): {hwien= -70.0;} IHWP IN
	1308	-29.47	0.71	-70	0	6479	1157.99	Flip left (phi:-92.037): {hwien= -70.0;} IHWP IN
	1309	34.50	0.65	-70	0	6479	1158.00	Flip right (phi:88.172): {hwien= -70.0;} IHWP IN
	1310	34.59	0.72	-70	0	6479	1157.93	Flip right (phi:88.172): {hwien= -70.0;} IHWP IN
	1311	34.54	0.70	-70	0	6479	1158.00	Flip right (phi:88.172): {hwien= -70.0;} IHWP IN
	1313	0.00	0.00	45	0	6479	1158.08	Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
	1314	56.53	0.69	45	0	6479	1158.08	Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
	1315	58.40	0.63	45	0	6479	1157.91	Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
	1316	57.33	0.68	45	0	6479	1157.89	Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
	1317	57.14	1.88	45	0	6479	1157.89	Flip right (phi:88.172): {hwien= +45.0;} IHWP IN
	1318	-62.90	0.70	45	0	6479	1157.97	Flip left (phi:-92.037): {hwien= +45.0;} IHWP IN
	1319	-62.96	0.69	45	0	6479	1158.03	Flip left (phi:-92.037): {hwien= +45.0;} IHWP IN
	1320	-59.85	0.70	45	0	6479	1157.95	Flip left (phi:-92.037): {hwien= +45.0;} IHWP IN
	1321	-60.57	0.70	45	0	6479	1157.88	Flip left (phi:-92.037): {hwien= +45.0;} IHWP IN
	1323	-28.84	0.70	70	0	6479	1158.01	Flip left (phi:-92.037): {hwien= +70.0;} IHWP IN
	1324	-28.36	0.65	70	0	6479	1157.96	Flip left (phi:-92.037): {hwien= +70.0;} IHWP IN
	1325	-28.86	0.70	70	0	6479	1157.92	Flip left (phi:-92.037): {hwien= +70.0;} IHWP IN
	1327	0.00	0.00	70	0	6479	1158.15	Flip right (phi:88.172): {hwien= +70.0;} IHWP IN
	1328	24.88	0.66	70	0	6479	1158.18	Flip right (phi:88.172): {hwien= +70.0;} IHWP IN
	1329	22.42	0.70	70	0	6479	1158.24	Flip right (phi:88.172): {hwien= +70.0;} IHWP IN
	1330	23.23	0.69	70	0	6479	1158.11	Flip right (phi:88.172): {hwien= +70.0;} IHWP IN
	1332	-10.23	0.71	90	0	6479	1158.05	Flip right (phi:88.172): {hwien= +90.0;} IHWP IN
	1333	-10.94	0.71	90	0	6479	1158.05	Flip right (phi:88.172): {hwien= +90.0;} IHWP IN
	1334	-11.15	0.69	90	0	6479	1158.13	Flip right (phi:88.172): {hwien= +90.0;} IHWP IN
	1335	4.97	0.70	90	0	6479	1158.20	Flip left (phi:-92.037): {hwien= +90.0;} IHWP IN
	1336	5.82	0.70	90	0	6479	1158.30	Flip left (phi:-92.037): {hwien= +90.0;} IHWP IN
	1337	5.03	0.69	90	0	6479	1158.26	Flip left (phi:-92.037): {hwien= +90.0;} IHWP IN

Date	Run	Pol (%)	Error (%)	Hwien	HW	RHWP	Energy(MeV)     Comment
12/14/11	
	1342	87.95	0.71	0	1	348	1157.95	Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
	1343	88.39	0.75	0	1	348	1157.92	Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
	1344	87.62	1.72	0	1	348	1157.98	Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
	1345	89.08	0.71	0	1	348	1157.98	Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
	1346	87.67	0.66	0	1	348	1157.99	Flip left (phi: -92.037): {hwien= +90.0;} IHWP OUT
	1347	-87.24	0.65	0	0	6478	1157.89	Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
	1348	-88.14	0.68	0	0	6478	1157.82	Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
	1349	0.00	0.00	0	0	6478	1157.52	Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
	1350	-87.22	0.71	0	0	6478	1157.97	Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
	1352	-87.20	3.07	0	0	6478	1157.54	@ 2uA: Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
	1353	-88.07	1.54	0	0	6478	1157.52	Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
	1354	-82.52	6.75	0	0	6478	1157.49	@ 2uA: Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
	1355	-87.94	0.85	0	0	6478	1157.47	@ 2uA: Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN
	1356	-87.19	1.04	0	0	6478	1157.45	@ 2uA: Flip left (phi: -92.037): {hwien= +90.0;} IHWP IN

Date	Run	Pol (%)	Error (%)	Hwien	HW	RHWP	Energy(MeV)     Comment
12/18/11
	1360	-87.57	0.69	0	0	6478	1157.28	@ 1uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
	1361	0.00	0.00	0	0	6478	1157.52	Laser off: Hall A at 0.2 uA Moller run @ 1uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
	1362	-86.59	0.72	0	0	6478	1156.69	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
	1363	-86.93	0.74	0	0	6478	1156.72	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
	1364	-88.36	0.67	0	0	6478	1156.67	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
	1365	88.37	0.67	0	1	349	1157.02	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
	1366	89.17	0.71	0	1	349	1156.70	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
	1367	88.78	0.69	0	1	349	1156.67	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
	1368	88.45	0.72	0	1	349	1156.56	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
	1369	0.00	0.00	0	1	349	1156.63	1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP OUT
	1370	-89.37	0.69	0	0	6478	1157.26	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
	1371	-88.13	0.67	0	0	6478	1157.48	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
	1372	-88.35	0.65	0	0	6478	1157.48	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
	1373	-86.99	0.64	0	0	6478	1157.48	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN
	1374	-88.23	0.69	0	0	6478	1157.48	@ 1.5uA: Flip left (phi: -92.037): {vwien= +90.0;} {hwien=0.0;} IHWP IN

Date	Run	Pol (%)	Error (%)	Hwien	HW	RHWP	Energy(MeV)     Comment
12/01/12									
	1377	89.40		0.72	-60.50	1.00	100.00	1158.31	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP OUT
	1378	87.17		0.72	-60.50	1.00	100.00	1158.53	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP OUT
	1379	88.59		0.72	-60.50	1.00	100.00	1158.77	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP OUT
	1381	-87.87		0.71	-60.50	0.00	100.00	1157.08	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1382	-89.06		0.72	-60.50	0.00	100.00	1157.01	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1383	-88.26		0.72	-60.50	0.00	100.00	1156.81	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1386	-88.67		0.67	-60.50	0.00	6478.00	1157.35	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1387	-88.04		0.70	-60.50	0.00	6478.00	1157.11	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1388	-87.19		0.77	-60.50	0.00	6478.00	1156.97	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1389	-86.72		1.58	-60.50	0.00	6478.00	1157.16	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1390	87.33		0.72	-60.50	0.00	6478.00	1157.31	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1391	87.29		0.71	-60.50	0.00	6478.00	1157.39	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1393	86.21		0.72	-60.50	0.00	6478.00	1157.43	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-60.50;} IHWP IN
	1395	84.79		0.70	-75.00	0.00	6478.00	1157.54	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-75.00;} IHWP IN
	1396	85.85		0.72	-75.00	0.00	6478.00	1157.30	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-75.00;} IHWP IN
	1397	85.24		0.71	-75.00	0.00	6478.00	1157.57	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien=-75.00;} IHWP IN
	1400	-84.25		0.98	-75.00	0.00	6478.00	1157.39	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -75.00;} IHWP IN
	1401	-83.90		0.72	-75.00	0.00	6478.00	1157.85	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -75.00;} IHWP IN
	1402	-83.02		0.72	-75.00	0.00	6478.00	1157.48	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -75.00;} IHWP IN
	1403	-83.59		0.72	-75.00	0.00	6478.00	1157.10	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -75.00;} IHWP IN
	1404	-69.04		0.72	-20.00	0.00	6478.00	1157.25	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
	1405	-68.82		0.71	-20.00	0.00	6478.00	1157.64	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
	1406	-68.07		0.72	-20.00	0.00	6478.00	1157.12	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
	1407	-67.52		0.75	-20.00	0.00	6478.00	1157.04	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
	1408	63.30		0.72	-20.00	0.00	6478.00	1157.19	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
	1409	64.48		0.72	-20.00	0.00	6478.00	1157.34	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
	1410	64.21		0.79	-20.00	0.00	6478.00	1157.63	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
	1412	64.58		0.77	-20.00	0.00	6478.00	1156.88	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= -20.00;} IHWP IN
	1413	9.58		0.68	20.00	0.00	6478.00	1156.80	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
	1414	10.40		1.49	20.00	0.00	6478.00	1156.86	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
	1416	10.18		0.94	20.00	0.00	6478.00	1157.30	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
	1417	8.92		0.65	20.00	0.00	6478.00	1157.46	@ 1.5uA: Flip left (phi: -91.947): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
	1418	-16.97		0.72	20.00	0.00	6478.00	1156.91	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
	1419	-17.47		0.72	20.00	0.00	6478.00	1157.37	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
	1420	-16.29		0.71	20.00	0.00	6478.00	1157.46	@ 1.5uA: Flip right (phi: 88.712): {vwien= +88.15;} {hwien= +20.00;} IHWP IN
	1421	-10.96		0.73	20.00	0.00	6478.00	1156.90	@ 1.5uA: Flip right (phi: 88.712): {vwien= +91.85;} {hwien= +20.00;} IHWP IN
	1422	-10.60		0.72	20.00	0.00	6478.00	1156.97	@ 1.5uA: Flip right (phi: 88.712): {vwien= +91.85;} {hwien= +20.00;} IHWP IN
	1423	-11.29		0.68	20.00	0.00	6478.00	1157.42	@ 1.5uA: Flip right (phi: 88.712): {vwien= +91.85;} {hwien= +20.00;} IHWP IN
	1424	-12.63		1.42	20.00	0.00	6478.00	1157.21	@ 1.5uA: Flip right (phi: 88.712): {vwien= +90.00;} {hwien= +20.00;} IHWP IN
	1425	-14.10		0.72	20.00	0.00	6478.00	1157.57	@ 1.5uA: Flip right (phi: 88.712): {vwien= +90.00;} {hwien= +20.00;} IHWP IN
	1426	-14.88		1.92	20.00	0.00	6478.00	1157.90	@ 1.5uA: Flip right (phi: 88.712): {vwien= +90.00;} {hwien= +20.00;} IHWP IN
	1427	-12.98		0.72	20.00	0.00	6478.00	1157.75	@ 1.5uA: Flip right (phi: 88.712): {vwien= +90.00;} {hwien= +20.00;} IHWP IN
	1428	12.32		0.75	20.00	0.00	6478.00	1157.47	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= +20.00;} IHWP IN
	1429	13.27		1.24	20.00	0.00	6478.00	1157.52	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= +20.00;} IHWP IN
	1430	13.59		0.72	20.00	0.00	6478.00	1157.11	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= +20.00;} IHWP IN
	1431	13.60		1.09	20.00	0.00	6478.00	1157.15	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= +20.00;} IHWP IN

Date	Run	Pol (%)	Error (%)	Hwien	HW	RHWP	Energy(MeV)     Comment
19/01/2012									
	1435	88.21		0.71	-60.85	0.00	6478.00	1157.53	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=OUT
	1436	87.00		0.71	-60.85	0.00	6478.00	1157.29	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=OUT
	1437	87.91		0.72	-60.85	0.00	6478.00	1157.45	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=OUT
	1439	87.30		0.65	-60.85	0.00	6478.00	1157.79	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
	1440	86.72		0.72	-60.85	0.00	6478.00	1157.66	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
	1441	87.69		0.96	-60.85	0.00	6478.00	1157.53	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
	1442	85.30		0.80	-60.85	0.00	6478.00	1157.30	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
	1443	87.06		0.79	-60.85	0.00	6478.00	1157.04	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP IN, IHWP2=IN
	1444	-86.89		0.70	-60.85	1.00	6478.00	1157.17	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=IN
	1445	-87.78		1.59	-60.85	1.00	6478.00	1157.36	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=IN
	1446	-87.17		0.79	-60.85	1.00	349.00	1157.79	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=IN
	1447	-88.48		0.72	-60.85	1.00	349.00	1157.89	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=IN
	1449	-85.15		1.64	-60.85	1.00	349.00	1157.57	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
	1450	-87.05		0.72	-60.85	1.00	349.00	1157.18	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
	1451	-88.86		1.95	-60.85	1.00	349.00	1157.21	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
	1452	-87.11		0.72	-60.85	1.00	349.00	1156.76	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
	1453	-86.61		0.87	-60.85	1.00	349.00	1156.72	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
	1454	-89.65		1.40	-60.85	1.00	349.00	1156.88	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
	1455	-87.62		0.72	-60.85	1.00	349.00	1157.11	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -60.85;} IHWP OUT, IHWP2=OUT
	1457	-84.18		0.72	-75.00	1.00	349.00	1157.29	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -75;} IHWP OUT, IHWP2=OUT
	1458	-84.13		0.72	-75.00	1.00	349.00	1157.13	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -75;} IHWP OUT, IHWP2=OUT
	1459	-86.57		1.45	-75.00	1.00	349.00	1157.25	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -75;} IHWP OUT, IHWP2=OUT
	1460	-85.36		0.81	-75.00	1.00	349.00	1157.40	@ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -75;} IHWP OUT, IHWP2=OUT
	1462	-65.55		0.70	-20.00	1.00	349.00	1156.91	 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -20;} IHWP OUT, IHWP2=OUT
	1463	-66.15		0.73	-20.00	1.00	349.00	1157.01	 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -20;} IHWP OUT, IHWP2=OUT
	1464	-68.91		2.10	-20.00	1.00	349.00	1157.02	 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -20;} IHWP OUT, IHWP2=OUT
	1465	-65.82		0.74	-20.00	1.00	349.00	1157.36	 @ 1.5uA: Flip left (phi: -91.947: {vwien= +90.00;} {hwien= -20;} IHWP OUT, IHWP2=OUT


Moller measurement summaries (Run I)

This will be a sort of "Cliff Notes"section, that will summarize each test and link to the hclog and elog entries.

May 12, 2011 Final measurement before 6 month down. hclog
May 9, 2011 Normal measurement, ~86-87%. hclog quad3 fields
May 8, 2011 BCM calibration only (no measurement). hclog
May 6, 2011 Systematic studies - beam position on target. hclog quad3 fields
May 4, 2011 Standard measurement - major problems with missing helicity gates, tune problems. Quad issues. hclog results hclog quad problems elog
May 2, 2011 Measurement had low rates (~11kHz), and collimators IOC died and needed re-booting. hclog
Apr. 29, 2011 Measurement included a spot change. hclog
Apr. 27, 2011 Normal measurement, a few beam trips. Leakage check. hclog
Apr. 25, 2011 Hall A boiling studies. Many missed helicity gates. hclog elog
Apr. 22, 2011 Beam position on target moved after IWHP to OUT changed. Most of that IHWP setting is suspect. hclog elog
Apr. 15, 2011 Slit studies and regular measurement. hc-log summary hc-log plots e-log summary
Apr. 13, 2011 Slit studies and regular measurement. The quad tuning was painful - mcc re-cycled the quads 3-4x. hclog-results hclog-slit test e-log summary
Apr. 11, 2011 Regular measurement - polarization increased from the 11th, but not quite noraml. (~86%) hclog e-log summary
Apr. 8, 2011 Changed MPS to 100us. Polarization abnormally low. (~85%) The MPS change appeared to not be the cause. hclog elog
Apr. 6, 2011 Regular measurement. Measurement 1% better than from same spot on the 4th. hclog elog
Apr. 4, 2011 Shifted beam left by 0.5mm to see effect of polarization. hclog elog
Mar. 31, 2011 Study of charge asymmetry on polarization. Used "old" method of just changing the PITA voltages. Some difference, but inconclusive. hclog elog
Mar. 18, 2011 Study of charge asymmetry effect on polarization. hclog
Feb. 24, 2011 Regular measurement. Noticed bug in "calc_bpol_byquartet". hclog elog
Feb. 22, 2011 Final run disrupted by cryo events. hclog elog
Feb. 19, 2011 Results outside of statistical error. Tune and rates a little odd at first. After cycling Q3 again, rate=17 kHz/uA. hclog
Feb. 10, 2011 Spin dance. Position of 3c12 visibly wandered. hclog summary hclog pol. measurement elog
Feb. 8, 2011 Measurement of vertical polarization (spin rotator off) ~-0.60. hclog
Feb. 8, 2011 Normal measurement. Some large Aq runs. hclog
Feb. 7, 2011 Checked HV - looked good, and then measurement. Several beam trips. hclog elog
Feb. 4, 2011 Measurement, good beam. hclog summary (no plots) elog (with plots)
Jan. 30, 2011 Checked HV, rates, and re-did a collimator scan. hclog hclog plots elog (also with plots) collimator scan (with spreadsheet)
Jan. 21, 2011 Straightforward measurement. Good backgrounds. hclog
Dec. 14, 2010 Background studies. Tweaked HV, looked at collimator 5. hclog
Dec. 10,2010 Verified timing for the main coincidences and accidentals. hclog
Dec. 9, 2010 Scaler coincidence and accidental measurements elog
Dec. 6, 2010

Dec. 4, 2010 Moller solenoid field scan for foil misalignment. Solenoid field at 3.75 self inconsistent. hclog elog
Nov. 23, 2010 Spin dance. hclog summary elog (duplicate)
Nov. 14, 2010 Commissioning! Gain matched calorimeters and scintillator HV. Optimized quad tunes, some collimator studies, and made some measurements. hclog

Also: an hclog note on moller backgrounds sensitive to beam position near raster. (Dec. 4, 2010)

Table of good Moller runs (Run I)

The following are runs made from straightforward moller measurement runs, not spin dances. Note, missing data can/will be added over time. The Nov. 14, 2010 commissioning run is NOT included. (we were messing with camac pre-scales, et cetera.)

Date      Run 	  Polarization (%)  HW Plate  Wien (deg.)   HALLC:p(MeV)   QE(%)   Foil (um)  Current (uA)  Comments
1/21/11   686     -90.46 +/- 0.52   0 (IN)                  1159.82        0.32    1          1 
          687     -91.36 +/- 0.69   0 (IN)                  1159.82        0.32    1          1.5
          688     -90.60 +/- 0.67   0 (IN)                  1159.82        0.32    1          2.0
          689     -91.64 +/- 0.99   0 (IN)                  1159.82        0.32    1          1.5
          691     -91.28 +/- 1.43   0 (IN)                  1159.82        0.32    1          0.5
1/30/11   702     -90.07 +- 0.63	                    1159.76        0.6899  1          0.8           New HV L 1510V, R 1535V 
          703     -88.75 +- 1.31	                    1159.76        0.6899  1          0.8           New HV L 1510V, R 1535V  
          704     -90.48 +- 0.71                            1159.76        0.6899  1          0.8           New HV L 1510V, R 1535V 
          705     -89.84 +- 1.15                            1159.76        0.6899  1          0.8           Old HV L 1480V, R 1520V tripped at end
          706     -89.31 +- 1.09                            1159.76        0.6899  1          0.8           Old HV L 1480V, R 1520V tripped at end
          708     -89.37 +- 0.78                            1159.76        0.6899  1          0.8           Old HV L 1480V, R 1520V 
          709     -89.92 +- 1.50                            1159.76        0.6899  1          0.8           HV L 1530V, R 1555V
          710     -88.15 +- 0.72                            1159.76        0.6899  1          0.8           HV L 1610V, R 1655V
          711     -89.77 +- 0.72	                    1159.76        0.6899  1          0.8           HV L 1610V, R 1655V
          712     -88.08 +- 0.72	                    1159.76        0.6899  1          0.8           HV L 1610V, R 1655V
2/4/11    721     -88.37 +- 0.70    0 (IN)                  1159.76        0.637   1          0.96
          722     -88.94 +- 0.73    0 (IN)                  1159.76        0.637   1          0.96
          723     -89.14 +- 0.73    0 (IN)                  1159.76        0.637   1          0.96
          724      89.20 +- 0.70    1 (OUT)                 1159.76        0.637   1          0.96
          725      89.06 +- 0.73    1 (OUT)                 1159.76        0.637   1          0.96
          726      88.97 +- 0.73    1 (OUT)                 1159.76        0.637   1          0.96
2/7/11    737      89.09 +- 0.70    1 (OUT)                 1159.6         0.4192  1          1
          738      88.28 +- 0.73    1 (OUT)                 1159.6         0.4192  1          1
          739      88.81 +- 0.67    1 (OUT)                 1159.6         0.4192  1          1
          740     -86.99 +- 0.68    0 (IN)                  1159.6         0.4192  1          1
          741     -87.31 +-  0.7    0 (IN)                  1159.6         0.4192  1          1
          742     -88.52 +- 0.73    0 (IN)                  1159.6         0.4192  1          1             beam tripped
          743     -87.52 +- 0.73    0 (IN)                  1159.6         0.4192  1          1
2/8/11    747      88.46 +- 0.73    1 (OUT)                                        1                        charge asymmetry -128 ppm
          748      89.49 +- 0.73    1 (OUT)                                        1                        charge asymmetry -153 ppm
          749      87.47 +- 0.74    1 (OUT)                                        1                        charge asymmetry  94 ppm
          750      88.39 +- 0.73    1 (OUT)                                        1                        charge asymmetry -195 ppm
          751     -87.63 +- 0.65    0 (IN)                                         1                        charge asymmetry  1305 ppm
          752     -87.99 +- 0.81    0 (IN)                                         1                        charge asymmetry -1734 ppm
          753     -88.57 +- 0.69    0 (IN)                                         1                        charge asymmetry -300 ppm
          754     -88.10 +- 0.72    0 (IN)                                         1                        charge asymmetry -257 ppm
          755     -87.63 +- 1.12    0 (IN)                                         1                        charge asymmetry -234 ppm
2/10/11   791     -89.00 +- 0.73    1 (OUT)   -62.40        1159.60        0.2868  1                        3c12 stable
          792     -89.76 +- 0.82    1 (OUT)   -62.40        1159.60        0.2868  1                        3c12 stable
          793     -88.66 +- 0.73    1 (OUT)   -62.40        1159.60        0.2868  1                        3c12 stable   
          794      88.92 +- 0.73    0 (IN)    -62.40        1159.60        0.2868  1                        large A_Q  
          795      90.77 +- 2.54    0 (IN)    -62.40        1159.60        0.2868  1                        large A_Q
          796      88.82 +- 0.73    0 (IN)    -62.40        1159.60        0.2868  1      
          797      87.87 +- 0.73    0 (IN)    -62.40        1159.60        0.2868  1 
          798      89.93 +- 0.73    0 (IN)    -62.40        1159.60        0.2868  1 
2/14/11   803     -87/52 +- 0.69    1 (OUT)   -62.39        1159.61        0.1527  1 
          804     -89.58 +- 0.72    1 (OUT)   -62.39        1159.61        0.1527  1 
          805     -89.74 +- 0.77    1 (OUT)   -62.39        1159.61        0.1527  1                        beam trip
          806     -89.15 +- 0.72    1 (OUT)   -62.39        1159.61        0.1527  1 
          815      89.66 +- 0.73    0 (IN)    -62.39        1159.61        0.1527  1 
          816      88.94 +- 0.67    0 (IN)    -62.39        1159.61        0.1527  1 
          817      89.00 +- 0.70    0 (IN)    -62.39        1159.61        0.1527  1 
2/19/11   826     -89.24 +- 0.72    1 (OUT)   -62.39        1159.62                1                        tune funny prior to this run, recylced quads
          827     -88.76 +- 0.73    1 (OUT)   -62.39        1159.62                1 
          828     -88.78 +- 0.71    1 (OUT)   -62.39        1159.62                1 
          830      90.73 +- 1.40    0 (IN)    -62.39        1159.62                1                        large charge asymmetry  
          831      88.64 +- 0.99    0 (IN)    -62.39        1159.62                1 
          832      89.87 +- 0.72    0 (IN)    -62.39        1159.62                1 
          834      89.28 +- 0.72    0 (IN)    -62.39        1159.62                1 
          835      91.91 +- 0.69    0 (IN)    -62.39        1159.62                1 
          836      89.75 +- 1.35    0 (IN)    -62.39        1159.62                1 
2/22/11   842     -89.44 +- 0.73    1 (OUT)   -62.39        1159.73        0.3480  1                        Prescales at infinity and Q3=131A
          843     -89.61 +- 0.71    1 (OUT)   -62.39        1159.73        0.3480  1                        
          844     -89.24 +- 0.71    1 (OUT)   -62.39        1159.73        0.3480  1                        
          845     -88.92 +- 0.73    1 (OUT)   -62.39        1159.73        0.3480  1                        
          847      89.93 +- 0.73    0 (IN)    -62.39        1159.73        0.3480  1                        
          848      88.58 +- 0.73    0 (IN)    -62.39        1159.73        0.3480  1                        Moller ended early due to 2K cold box trip
2/24/11   868      87.99 +- 0.72    1 (OUT)   -62.39        1159.6         0.2545  1          0.8           slit controlled (25.7)
          869      87.94 +- 0.79    1 (OUT)   -62.39        1159.6         0.2545  1          0.8           ~4e6e events, slit controlled (25.7)
          870      88.62 +- 0.72    1 (OUT)   -62.39        1159.6         0.2545  1          0.8           slit controlled 
          871     -89.47 +- 0.73    0 (IN)    -62.39        1159.6         0.2545  1          0.8           slit controlled 
          872     -88.27 +- 0.96    0 (IN)    -62.39        1159.6         0.2545  1          0.8           ~2.9e6 events, slit controlled (25.7)
          873     -90.62 +- 0.83    0 (IN)    -62.39        1159.6         0.2545  1          0.8           ~3.9e6 events, slit controlled (25.7)
          874     -89.42 +- 0.74    0 (IN)    -62.39        1159.6         0.2545  1          0.8           ~4.8e6 events, slit controlled (25.7)
3/18/11   878     -89.42 +- 0.71    0 (IN)    -62.39        1159.63                1          1.0           slit wide open
          879     -90.00 +- 0.71    0 (IN)    -62.39        1159.63                1          1.0           slit wide open
          880     -89.40 +- 0.69    0 (IN)    -62.39        1159.63                1          1.0           slit wide open
          881     -90.94 +- 1.46    0 (IN)    -62.39        1159.63                1          1.0           slit wide open
          882      89.48 +- 0.66    1 (OUT)   -62.39        1159.63                1          1.0           A_Q ~ 600 ppm, slit wide open
          883      89.46 +- 0.68    1 (OUT)   -62.39        1159.63                1          1.0           A_Q ~ 600 ppm, slit wide open
          884      89.05 +- 0.71    1 (OUT)   -62.39        1159.63                1          1.0           A_Q ~ 600 ppm, slit wide open
          886      90.52 +- 0.60    1 (OUT)   -62.39        1159.63                1          1.0           slit wide open
          887      89.93 +- 0.67    1 (OUT)   -62.39        1159.63                1          1.0           slit wide open
          888      89.76 +- 0.69    1 (OUT)   -62.39        1159.63                1          1.0           slit wide open
3/31/11   892      90.28 +- 0.61    1 (OUT)   -62.39        1159.57                1          1.0           Beam on target off. Adjusted after run. Aq ~ 100ppm, slit wide open
          893	   88.87 +- 0.73    1 (OUT)   -62.39        1159.57                1          1.0    	    Aq ~ 100ppm, slit wide open
          894	   90.41 +- 0.71    1 (OUT)   -62.39        1159.57                1          1.0    	    Aq ~ 100ppm	, slit wide open
          895	   88.31 +- 0.73    1 (OUT)   -62.39        1159.57                1          1.0    	    Aq ~ 100ppm, slit wide open
          896	   89.01 +- 0.73    1 (OUT)   -62.39        1159.57                1          1.0           Aq ~ 100ppm, slit wide open
          897	  -88.94 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0           No changes - PC or RHWP Aq ~  -800ppm, slit wide open
          898	  -88.55 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0           No changes - PC or RHWP Aq ~  -800ppm, slit wide open
          899	  -89.37 +- 0.72    0 (IN)    -62.39        1159.57                1          1.0           No changes - PC or RHWP Aq ~  -800ppm, slit wide open
          901	  -87.79 +- 0.70    0 (IN)    -62.39        1159.57                1          1.0           No changes - PC or RHWP Aq ~  -800ppm, slit wide open
          904	  -88.44 +- 1.67    0 (IN)    -62.39        1159.57                1          1.0           Aq~1000ppm. PC [+] 42990, PC [-] 41210, slit wide open
          905	  -87.43 +- 1.07    0 (IN)    -62.39        1159.57                1          1.0           Aq~-700ppm. PC [+] 43388, PC [-] 40811, slit wide open
          906	  -89.86 +- 0.73    0 (IN)    -62.39        1159.57                1          1.0           Aq~-300ppm. PC [+] 43588, PC [-] 40611, slit wide open
          907	  -89.79 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0           Aq~-300ppm, slit wide open
          908	  -88.39 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0           Aq~-300ppm, slit wide open
          909	  -89.76 +- 0.74    0 (IN)    -62.39        1159.57                1          1.0           Aq~-300ppm, slit wide open
4/4/11    914     -88.32 +- 0.73    0 (IN)    -62.39        1159.55        0.5188  1          1.0           Aq ~ 11 ppm, slit wide open
          915     -88.04 +- 0.72    0 (IN)    -62.39        1159.55        0.5188  1          1.0           A_q=3ppm, slit wide open
          916	  -88.77 +- 0.66    0 (IN)    -62.39        1159.55        0.5188  1          1.0           A_q=5ppm, slit wide open
          917	   88.11 +- 0.71    1 (OUT)   -62.39        1159.55        0.5188  1          1.0           A_q=-57ppm  , slit wide open					
          918	   90.14 +- 0.70    1 (OUT)   -62.39        1159.55        0.5188  1          1.0           A_q=-51ppm , slit wide open
          919	   88.06 +- 0.71    1 (OUT)   -62.39        1159.55        0.5188  1          1.0           A_q=-58ppm, slit wide open
          920	   88.61 +- 1.32    1 (OUT)   -62.39        1159.55        0.5188  1          1.0           A_q=-62ppm, slit wide open
          923	   89.45 +- 0.70    1 (OUT)   -62.39        1159.55        0.5188  1          1.0           xpos =-0.5, slit wide open
          924	   88.56 +- 0.72    1 (OUT)   -62.39        1159.55        0.5188  1          1.0           xpos =-0.5, slit wide open
          925	   89.42 +- 0.67    1 (OUT)   -62.39        1159.55        0.5188  1          1.0           xpos =-0.5, slit wide open
4/6/11    934      89.87 +- 0.73    0 (IN)    -62.39        1159.6         0.3387  1          0.8           slit wide open
          935      90.76 +- 0.73    0 (IN)    -62.39        1159.6         0.3387  1          0.8           slit wide open
          936      89.11 +- 0.74    0 (IN)    -62.39        1159.6         0.3387  1          0.8           slit wide open
          937     -89.57 +- 0.73    1 (OUT)   -62.39        1159.6         0.3387  1          0.8           slit wide open
          938     -89.50 +- 0.68    1 (OUT)   -62.39        1159.6         0.3387  1          0.8           slit wide open
          939     -88.33 +- 0.73    1 (OUT)   -62.39        1159.6         0.3387  1          0.8           slit wide open
4/8/11    946 	  -85.72 +- 0.70    1 (OUT)   -62.39        1159.37        1.3449  1          1.0           A_q = 27.ppm, MPS time set to 100us, slit wide open
          947	  -84.74 +- 0.71    1 (OUT)   -62.39        1159.37        1.3449  1          1.0           A_q = 11.ppm. MPS time set to 100us, slit wide open
          948	  -85.21 +- 0.73    1 (OUT)   -62.39        1159.37        1.3449  1          1.0           A_q = 38.ppm. MPS time set to 100us, slit wide open
          950	  -84.08 +- 0.73    1 (OUT)   -62.39        1159.37        1.3449  1          1.0           A_q = 33.ppm. MPS time set to 70us, slit wide open
          951	  -86.50 +- 0.73    1 (OUT)   -62.39        1159.37        1.3449  1          1.0           A_q = 48.ppm. Beam trip. MPS time set to 70us, slit wide open
          952	  -83.41 +- 0.72    1 (OUT)   -62.39        1159.37        1.3449  1          1.0           A_q =  6.ppm. MPS time set to 70us, slit wide open
          953	   84.23 +- 0.73    0 (IN)    -62.39        1159.37        1.3449  1          1.0           A_q = 417.ppm, slit wide open
          955      85.24 +- 0.72    0 (IN)    -62.39        1159.37        1.3449  1          1.0           A_q = 394.ppm, slit wide open
          957	   84.11 +- 0.73    0 (IN)    -62.39        1159.37        1.3449  1          1.0           A_q = 433.ppm, slit wide open
4/11/11   962      85.33 +- 1.41    0 (IN)                                                    1.16          A_q = -32ppm, slit wide open
          963	   87.06 +- 0.73    0 (IN)                                                    1.08          A_q =  21.ppm, slit wide open
          964	   86.04 +- 1.63    0 (IN)                                                    1.16          A_q =  -18ppm, slit wide open
          965     -86.46 +- 0.73    1 (OUT)                                                   1.19          A_q =  121.ppm, slit wide open
          966	  -87.58 +- 0.71    1 (OUT)                                                   1.19          A_q =  37.ppm, slit wide open
          967     -86.32 +- 0.74    1 (OUT)                                                   1.19          A_q =  72.ppm, slit wide open
4/13/11   978	  -88.52 +- 0.83    1 (OUT)   -62.39        1159.56        0.6052  1          1.0           A_q = 154.ppm, slit wide open
          979     -86.88 +- 0.73    1 (OUT)   -62.39        1159.56        0.6052  1          1.0           A_q = 98.ppm, slit wide open
          980	  -85.94 +- 0.73    1 (OUT)   -62.39        1159.56        0.6052  1          1.0           A_q = 133.ppm, slit wide open
          981	  -87.60 +- 0.73    1 (OUT)   -62.39        1159.56        0.6052  1          1.0           A_q = 128.ppm, slit wide open
          982	   86.63 +- 0.75    0 (IN)    -62.39        1159.56        0.6052  1          1.0           A_q = 44.ppm, slit wide open
          983	   87.33 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0           A_q = 5.ppm, slit wide open
          984	   87.79 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0           A_q = -7.ppm, slit wide open
          986	   84.85 +- 1.09    0 (IN)    -62.39        1159.56        0.6052  1          1.0           Hall A beam issues, 20uA off photo-cathode
          988	   86.00 +- 0.74    0 (IN)    -62.39        1159.56        0.6052  1          1.0           A_q = 114.ppm, 20uA off photo-cathode, slit controlled (29.5)
          990	   86.67 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0           A_q = 78.ppm, 20uA off photo-cathode, slit controlled
          991	   86.05 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0           A_q = 218.ppm, 20uA off photo-cathode, slit controlled
          992	   88.34 +- 0.73    0 (IN)    -62.39        1159.56        0.6052  1          1.0           A_q = 71.ppm, 20uA off photo-cathode, slit controlled
          993	   87.87 +- 1.17    0 (IN)    -62.39        1159.56        0.6052  1          1.0           A_q = -9.ppm, 20uA off photo-cathode, slit controlled
4/15/11   999	   86.17 +- 0.73    1 (OUT)   -62.39        1160.24        0.4297  1          1.0           A_q = 739.ppm, 20uA off photo-cathode, slit controlled (20.8)
          1000	   85.85 +- 0.70    1 (OUT)   -62.39        1160.24        0.4297  1          1.0           A_q = 580.ppm, 20uA off photo-cathode, slit controlled
          1001	   87.32 +- 0.70    1 (OUT)   -62.39        1160.24        0.4297  1          1.0           A_q = 811.ppm, 20uA off photo-cathode, slit controlled
          1003	   87.47 +- 1.18    1 (OUT)   -62.39        1160.24        0.4297  1          1.0           A_q = 485.ppm, 20uA off photo-cathode, slit controlled
          1005	   86.15 +- 2.38    1 (OUT)   -62.39        1160.24        0.4297  1          1.0           Tripped around 5e5 events, A_q = 319.ppm, slit wide open
          1006	   88.42 +- 1.22    1 (OUT)   -62.39        1160.24        0.4297  1          1.0           Tripped around 51.8e6 events, A_q = 260.ppm, slit wide open
          1007	   86.61 +- 0.73    1 (OUT)   -62.39        1160.24        0.4297  1          1.0           A_q = 278.ppm, slit wide open
          1008	   87.13 +- 0.65    1 (OUT)   -62.39        1160.24        0.4297  1          1.0           A_q = 233.ppm, slit wide open
          1009	  -88.44 +- 0.73    0 (IN)    -62.39        1160.24        0.4297  1          1.0           A_q = 27.ppm, slit wide open
          1010	  -88.92 +- 0.73    0 (IN)    -62.39        1160.24        0.4297  1          1.0           A_q = 27.ppm, slit wide open
          1012	  -88.04 +- 0.73    0 (IN)    -62.39        1160.24        0.4297  1          1.0           A_q = 52.ppm, slit wide open
4/22/11   1018    -86.26 +- 0.72    0 (IN)    -62.39        1159.61        0.7535  1          1.0           A_q = -959ppm, 20uA off photo-cathode, slit controlled (15.2)
          1019    -86.23 +- 0.70    0 (IN)    -62.39        1159.61        0.7535  1          1.0           A_q = -999ppm, 20uA off photo-cathode, slit controlled
          1020    -86.21 +- 0.92    0 (IN)    -62.39        1159.61        0.7535  1          1.0           A_q = -881ppm, 20uA off photo-cathode, slit controlled
          1021    -86.89 +- 0.67    0 (IN)    -62.39        1159.61        0.7535  1          1.0           A_q = -1015ppm, 20uA off photo-cathode, slit controlled
          1022     86.09 +- 0.72    1 (OUT)   -62.39        1159.61        0.7535  1          1.0           A_q = -434ppm, 20uA off photo-cathode, slit controlled	   
          1023     86.70 +- 1.10    1 (OUT)   -62.39        1159.61        0.7535  1          1.0           A_q = -763ppm, Beam tripped, Beam position unstable, 20uA off photo-cathode, slit controlled
          1024     87.16 +- 0.73    1 (OUT)   -62.39        1159.61        0.7535  1          1.0           A_q = -572ppm, Beam position unstable, 20uA off photo-cathode,
          1025     84.98 +- 0.73    1 (OUT)   -62.39        1159.61        0.7535  1          1.0           A_q = -753ppm, 20uA off photo-cathode,
          1026     87.06 +- 0.75    1 (OUT)   -62.39        1159.61        0.7535  1          1.0           A_q = -534ppm, 20uA off photo-cathode,
4/25/11   1030     87.26 +- 0.71    1 (OUT)   -62.39        1159.79        0.2316  1          1.0           A_q = -488ppm, 20uA off photo-cathode, slit controlled (15.2)
          1031	   85.26 +- 0.76    1 (OUT)   -62.39        1159.79        0.2316  1          1.0           A_q = -550ppm, 20uA off photo-cathode, slit controlled
          1032	   84.52 +- 0.72    1 (OUT)   -62.39        1159.79        0.2316  1          1.2           A_q = -430ppm, 20uA off photo-cathode, slit controlled
          1033	   83.61 +- 1.25    1 (OUT)   -62.39        1159.79        0.2316  1          1.4           A_q = -323ppm, 20uA off photo-cathode, slit controlled
          1035	   85.72 +- 0.95    1 (OUT)   -62.39        1159.79        0.2316  1          1.0           A_q = -294ppm, Missed helicity errors. slit controlled
          1036	   86.37 +- 1.08    1 (OUT)   -62.39        1159.79        0.2316  1          1.0           A_q = -583ppm, 20uA off photo-cathode, slit controlled
          1037	  -84.95 +- 0.72    0 (IN)    -62.39        1159.79        0.2316  1          1.0           A_q = -1466ppm, 20uA off photo-cathode, slit controlled
          1038	  -86.37 +- 1.02    0 (IN)    -62.39        1159.79        0.2316  1          1.0           A_q = -1287ppm, 20uA off photo-cathode, slit controlled
          1039	  -83.11 +- 1.24    0 (IN)    -62.39        1159.79        0.2316  1          1.0           A_q = -1155ppm, 20uA off photo-cathode, slit controlled
          1042	  -84.09 +- 1.96    0 (IN)    -62.39        1159.79        0.2316  1          0.6           A_q = -1709ppm, 20uA off photo-cathode, slit controlled
          1043	  -85.38 +- 0.74    0 (IN)    -62.39        1159.79        0.2316  1          0.6           A_q =-1209ppm, 20uA off photo-cathode, slit controlled
4/27/11   1057    -85.78 +- 0.74    0 (IN)    -62.39        1159.58        0.5158  1          1.0           A_q = -21ppm, Hall A @120uA,slit open
          1058    -86.38 +- 0.75    0 (IN)    -62.39        1159.58        0.5158  1          1.0           A_q = 0ppm, Hall A @120uA,slit open
          1059    -85.91 +- 0.74    0 (IN)    -62.39        1159.58        0.5158  1          1.0           A_q = -1538ppm, Hall A @120uA,slit controlled (16.5)
          1060    -86.32 +- 0.76    0 (IN)    -62.39        1159.58        0.5158  1          1.0           A_q = -861ppm, Hall A @120uA,slit controlled
          1062    -86.32 +- 0.75    0 (IN)    -62.39        1159.58        0.5158  1          1.0           A_q = -1044ppm, Hall A @120uA,slit controlled
          1063     87.96 +- 0.76    1 (OUT)   -62.39        1159.58        0.5158  1          1.0           A_q = -818ppm, Hall A @120uA,slit controlled
          1064     87.27 +- 0.76    1 (OUT)   -62.39        1159.58        0.5158  1          1.0           A_q = -663ppm, Hall A @120uA,slit controlled
          1065     86.33 +- 0.89    1 (OUT)   -62.39        1159.58        0.5158  1          1.0           A_q = -585ppm, Hall A @120uA,slit controlled
          1066     85.94 +- 0.76    1 (OUT)   -62.39        1159.58        0.5158  1          1.0           A_q = -534ppm, Hall A @120uA,slit controlled
          1067     86.47 +- 0.75    1 (OUT)   -62.39        1159.58        0.5158  1          1.0           A_q = -493ppm, Hall A @120uA,slit controlled
4/29/11   1072    -86.06 +- 0.74    1 (OUT)   -62.39        1159.61        0.2741  1          1.0           A_q = -66.ppm, 20uA off photo-cathode, slit controlled (17.5)
          1073    -85.44 +- 0.71    1 (OUT)   -62.39        1159.61        0.2741  1          1.0           A_q = -102.ppm, 20uA off photo-cathode,
          1074    -86.82 +- 0.74    1 (OUT)   -62.39        1159.61        0.2741  1          1.0           A_q =  -63.ppm, 20uA off photo-cathode,
          1075     85.89 +- 0.74    0 (IN)    -62.39        1159.61        0.2741  1          1.0           A_q = -731.ppm, 20uA off photo-cathode,
          1076     84.54 +- 0.94    0 (IN)    -62.39        1159.61        0.2741  1          1.0           A_q = -868.ppm Beam trip and tune beam, 20uA off photo-cathode,
          1077     86.60 +- 0.76    0 (IN)    -62.39        1159.61        0.2741  1          1.0           A_q = -966.ppm, 20uA off photo-cathode,
          1078     86.39 +- 0.72    0 (IN)    -62.39        1159.61        0.2741  1          1.0           A_q = -876.ppm, 20uA off photo-cathode,
          1079     85.38 +- 2.10    0 (IN)    -62.39        1159.61        0.8352  1          1.0           A_q = 908.ppm, new spot, 20uA off photo-cathode, slit controlled (16.9)
          1081     88.10 +- 1.85    0 (IN)    -62.39        1159.61        0.8352  1          1.0           A_q = 305.ppm, 20uA off photo-cathode,
          1084     86.58 +- 0.81    0 (IN)    -62.39        1159.61        0.8352  1          1.0           A_q = 537.ppm, 20uA off photo-cathode,
          1085     86.30 +- 0.73    0 (IN)    -62.39        1159.61        0.8352  1          1.0           A_q = 445.ppm, 20uA off photo-cathode,
          1086     86.89 +- 1.26    0 (IN)    -62.39        1159.61        0.8352  1          1.0           A_q = 955.ppm, 20uA off photo-cathode,
5/2/11    1096     86.01 +- 0.73    0 (IN)    -62.39        1159.61        0.2509  1          1.0           A_q = -209ppm. 25uA off photo-cathode, slit controlled (15.7)
          1100     85.92 +- 0.75    0 (IN)    -62.39        1159.61        0.2509  1          1.0           A_q= -44ppm. 25uA off photo-cathode, slit controlled
          1101     87.06 +- 1.73    0 (IN)    -62.39        1159.61        0.2509  1          1.0           A_q= -85ppm. 25uA off photo-cathode, slit controlled
          1102     86.55 +- 0.99    0 (IN)    -62.39        1159.61        0.2509  1          1.0           A_q= -21ppm. 25uA off photo-cathode, slit controlled
          1103    -85.54 +- 0.75    1 (OUT)   -62.39        1159.61        0.2509  1          1.0           A_q= 324ppm. 25uA off photo-cathode, slit controlled
          1104    -87.11 +- 0.75    1 (OUT)   -62.39        1159.61        0.2509  1          1.0           A_q= 278ppm. 25uA off photo-cathode, slit controlled
          1105    -86.57 +- 0.79    1 (OUT)   -62.39        1159.61        0.2509  1          1.0           A_q= 456ppm. 25uA off photo-cathode, slit controlled
5/4/11    1113     87.92 +/- 0.74   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit open
          1114	   87.44 +/- 0.90   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit open, 3.3e6 events, helicity gates missed
          1116	   89.06 +/- 0.74   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit open
          1117	   87.85 +/- 1.36   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit open, missed helicity gates
          1118	   89.00 +/- 0.94   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit open
          1119	   89.62 +/- 1.59   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit controlled (14.9), removed gate generator from the mps chain 
          1120	   86.94 +/- 1.36   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit controlled
          1121	   86.46 +/- 1.64   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit controlled
          1122	   87.80 +/- 1.18   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit controlled
          1123	   84.94 +/- 1.08   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit controlled
          1124	   85.16 +/- 1.53   0 (IN)    -62.39        1159.59        0.8428  1          1.0           slit controlled, missed helicity gates
          1125	   86.13 +/- 0.80   0 (IN)    -62.39        1159.59        0.8428  1          1.0           rates ~12.5 kHz, slit controlled
          1126	  -89.65 +/- 0.73   1 (OUT)   -62.39        1159.59        0.8428  1          1.0           slit controlled, 
          1127	  -87.42 +/- 2.14   1 (OUT)   -62.39        1159.59        0.8428  1          1.0           slit controlled, mised helicity gates
          1128    -87.71 +/- 1.46   1 (OUT)   -62.39        1159.59        0.8428  1          1.0           slit controlled, 
          1130	  -85.93 +/- 0.74   1 (OUT)   -62.39        1159.59        0.8428  1          1.0           slit controlled, 
          1131	  -89.14 +/- 0.90   1 (OUT)   -62.39        1159.59        0.8428  1          1.0           slit controlled, 
          1132	  -87.87 +/- 0.87   1 (OUT)   -62.39        1159.59        0.8428  1          1.0           slit controlled, missed helicity gates
          1133	  -87.58 +/- 0.74   1 (OUT)   -62.39        1159.59        0.8428  1          1.0           rates ~12.4 kHz, slit controlled, 
5/6/11    1145     88.24 +/- 0.75   0 (IN)    -62.40        1159.20        0.6460  1          1.1           right hall probe=0.14155, 20uA off photo-cathode, slit controlled (12.6)
          1146     87.11 +/- 0.74   0 (IN)    -62.40        1159.20        0.6460  1          1.1           20uA off photo-cathode, slit controlled (12.6)
          1147     87.85 +/- 1.15   0 (IN)    -62.40        1159.20        0.6460  1          1.1           20uA off photo-cathode, slit controlled
          1148	   87.53 +/- 0.74   0 (IN)    -62.40        1159.20        0.6460  1          1.1           20uA off photo-cathode, slit controlled
          1171     88.49 +/- 0.64   0 (IN)    -62.40        1159.20        0.6460  1          1.1           right hall probe=0.1370, 20uA off photo-cathode, slit controlled
          1172     86.29 +/- 0.74   0 (IN)    -62.40        1159.20        0.6460  1          1.1           20uA off photo-cathode, slit controlled
          1175     87.09 +/- 0.74   0 (IN)    -62.40        1159.20        0.6460  1          1.1           20uA off photo-cathode, slit controlled
5/9/11    1217    -86.45 +/- 1.01   1 (OUT)                                                                 A_q = 735.ppm beam trip at the end, 20uA off photo-cathode, slit controlled (14.1)
          1219    -86.74 +/- 1.03   1 (OUT)                                                                 A_q = 819.ppm beam trip at the end, 20uA off photo-cathode, slit controlled
          1220	  -86.83 +/- 0.81   1 (OUT)                                                                 A_q = 691.ppm beam trip at the end, 20uA off photo-cathode, slit controlled
          1221	  -87.50 +/- 0.75   1 (OUT)                                                                 A_q = 833.ppm, 20uA off photo-cathode, slit controlled
          1222	  -86.69 +/- 0.74   1 (OUT)                                                                 A_q = 684.ppm, 20uA off photo-cathode, slit controlled
          1223	   86.24 +/- 0.74   0 (IN)                                                                  A_q = -698.ppm, 20uA off photo-cathode, slit controlled
          1224	   87.65 +/- 0.74   0 (IN)                                                                  A_q = -676.ppm, 20uA off photo-cathode, slit controlled
          1225	   88.62 +/- 0.74   0 (IN)                                                                  A_q = -593.ppm, 20uA off photo-cathode, slit controlled
5/12/11   1230	  -87.46 +/- 0.74   1 (OUT)                                                                 A_q = 10.ppm, slit controlled (31.6)
          1233	  -85.17 +/- 0.74   1 (OUT)                                                                 A_q = 14.ppm, slit controlled
          1234	  -88.30 +/- 0.72   1 (OUT)                                                                 A_q = 118.ppm, slit controlled
          1235	   85.89 +/- 0.74   1 (OUT)                                                                 A_q = -244.ppm, slit controlled
          1237	   85.63 +/- 0.84   1 (OUT)                                                                 A_q = -73.ppm, slit controlled
          1239	   86.57 +/- 0.74   1 (OUT)                                                                 A_q = -107.ppm, slit controlled
          1240	   85.86 +/- 1.71   1 (OUT)                                                                 A_q = -195.ppm, slit controlled

List of leakage checks

Run   Date       Absolute rate (Hz)   Active halls   Comments
515   11/23/10   0                    A              we should double check this, if there is any nice retroactive way
518   11/23/10   0                    A
744   2/7/11     2
774   2/8/11     1-2                  B
819   2/14/11    1-2
829  2/19/11    10                   A+B
846   2/22/11    5
889   3/18/11    2.7 (avg for 4-5 min)A              Hall A 5 uA
926   4/4/11
940   4/6/11     3                    A              Hall A ~4uA				
958   4/8/11      		     	    	 
985   4/13/11	 3		      A              	
1068  4/27/11    17                   A              Slit closed. Hall A ~120uA.
1208  5/6/11     12.1                 A              Hall A ~120uA
1241  5/12/11    0.13                 A              Hall A ~4uA

List of good Moller spin dance runs (this can be combined with the above table, if desirable) The HWP column has a (L) for flipped left, and (R) for flipped right.

Date      Run 	  Polarization (%)  HW Plate  Vert. Wien (deg.)   Horiz. Wien   HALLC:p(MeV)   QE(%)   Comments
11/23/10  508 c   +40.04 +/- 1.23   1 (OUT)    -0.1                             1159.66        0.35    1 um foil, 200 nA
          509  c  +40.05 +/- 1.88   1 (OUT)    -0.1                             1159.66        0.35    1 um foil, 1.05 uA
          510     +40.40 +/- 1.03   1 (OUT)    -0.1                             1159.66        0.35    1 um foil, 1 uA
          511     +40.13 +/- 0.68   1 (OUT)    -0.1                             1159.66        0.35    1 um foil, 0.9 uA
          512     +40.19 +/- 0.70   1 (OUT)    -0.1                             1159.66        0.35    1 um foil, 0.9 uA
          513     +40.13 +/- 0.70   1 (OUT)    -0.1                             1159.66        0.35    1 um foil, 0.9 uA
          514     +40.14 +/- 0.65   1 (OUT)    -0.1                             1159.66        0.35    1 um foil, 0.57 uA
          517     -2.75  +/- 0.65   1 (OUT)    +29.0                            1159.66        0.35    1 um foil, 0.9 uA
          519     -3.70  +/- 0.69   1 (OUT)    +29.0                            1159.66        0.35    1 um foil, 0.9 uA
          520     -3.48  +/- 0.68   1 (OUT)    +29.0                            1159.66        0.35    1 um foil, 0.9 uA
          521     +75.85 +/- 0.88   1 (OUT)    -31.0                            1159.66        0.35    1 um foil, 0.9 uA
          522     +76.81 +/- 0.69   1 (OUT)    -31.0                            1159.66        0.35    1 um foil, 0.9 uA
          523     +75.61 +/- 0.69   1 (OUT)    -31.0                            1159.66        0.35    1 um foil, 0.9 uA
          524     +75.50 +/- 1.25   1 (OUT)    -31.0                            1159.66        0.35    1 um foil, 0.9 uA
          525     +74.54 +/- 0.96   1 (OUT)    -31.0                            1159.66        0.35    1 um foil, 0.9 uA
          526     +75.37 +/- 0.67   1 (OUT)    -31.0                            1159.66        0.35    1 um foil, 0.9 uA
          527     +87.89 +/- 0.70   1 (OUT)    -75.0                            1159.66        0.35    1 um foil, 0.9 uA
          528     +87.63 +/- 0.69   1 (OUT)    -75.0                            1159.66        0.35    1 um foil, 0.9 uA
          529     +86.69 +/- 0.69   1 (OUT)    -75.0                            1159.66        0.35    1 um foil, 0.9 uA
          530     +86.83 +/- 0.79   1 (OUT)    -75.0                            1159.66        0.35    1 um foil, 0.9 uA
          531     +88.64 +/- 0.74   1 (OUT)    -63.0                            1159.66        0.35    1 um foil, 0.9 uA
          532     +89.65 +/- 1.12   1 (OUT)    -63.0                            1159.66        0.35    1 um foil, 0.9 uA
          533     +90.32 +/- 0.69   1 (OUT)    -63.0                            1159.66        0.35    1 um foil, 0.9 uA
          534     +89.51 +/- 0.68   1 (OUT)    -63.0                            1159.66        0.35    1 um foil, 0.9 uA
          535     +89.73 +/- 1.90   1 (OUT)    -63.0                            1159.66        0.35    1 um foil, 0.9 uA
          536     +90.04 +/- 0.91   1 (OUT)    -63.0                            1159.66        0.35    1 um foil, 0.9 uA
2/10/11   771     -85.92 +/- 4.22   1 (OUT)L   -63.22             87.10
          772     -90.36 +/- 0.73   1 (OUT)L   -63.22             87.10
          773     -88.62 +/- 0.73   1 (OUT)L   -63.22             87.10
          776     -73.81 +/- 0.74   1 (OUT)L   -30                87.10                                good (energy not reading back)
          777     -76.53 +/- 0.74   1 (OUT)L   -30                87.10                                good (energy not reading back)
          778     -75.89 +/- 0.75   1 (OUT)L   -30                87.10                                good (energy not reading back)
          779     -74.29 +/- 0.74   1 (OUT)L   -30                87.10                                good (energy not reading back)
          780     -76.13 +/- 0.92   1 (OUT)L   -30                87.10                                good (energy not reading back)
          781     -75.18 +/- 0.71   1 (OUT)L   -30                87.10                                good (energy reading back)
          782     -74.71 +/- 0.74   1 (OUT)L   -30                87.10                                good
          783     -41.87 +/- 0.73   1 (OUT)L   -1                 87.10                                good
          785     -42.10 +/- 0.74   1 (OUT)L   -1                 87.10                                good, 3c12 unstable
          786     -42.62 +/- 0.74   1 (OUT)L   -1                 87.10                                good, 3c12 unstable
          787     -77.27 +/- 0.72   1 (OUT)L   -90                87.10                                good, 3c12 unstable
          788     -76.99 +/- 0.73   1 (OUT)L   -90                87.10                                good, 3c12 unstable
          790     -77.44 +/- 0.74   1 (OUT)L   -90                87.10                                good
          791     -89.00 +/- 0.73   1 (OUT)L   -62.4              87.10                                good
          792     -89.76 +/- 0.82   1 (OUT)L   -62.4              87.10                                3c12 drifting
          793     -88.66 +/- 0.73   1 (OUT)L   -62.4              87.10                                3c12 drifting
          794     +88.92 +/- 0.73   0 (IN)L    -62.4              87.10                                large charge asymmetry ~1166ppm
          795     +90.77 +/- 2.74   0 (IN)L    -62.4              87.10                                charge asymmetry ~1052 ppm, Pockel's HV change
          796     +88.82 +/- 0.73   0 (IN)L    -62.4              87.10                                charge asymmetry ~ 379, good
          797     +87.87 +/- 0.73   0 (IN)L    -62.4              87.10                                good
          798     +89.93 +/- 0.73   0 (IN)L    -62.4              87.10                                good